MyCalcDB : Calculatrices de Poche - Base de données/Musée

Une Grosse base de données sur les Petites calculatrices.

Dernière mise à jour de la base :
20/04/2013

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Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
Abatron
Brand name of Business Electronics Ltd UK
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	800			~1973			2008_05_13	N				N				N	N	N	N	N											Le lien avec le modèle Peripheral Magnetics Abatron 800 n'est pas connu.
	801			~1973		4 funct	2010_01_21	N	0		5	N	18	LED	8 1/2+indic	N	N	N	N	N	TI	+/-			6xAA	Y	1 1/2W		Hong Kong
	802			197x		4 funct	2011_05_27	N	0		5	N	18	LED	8 1/2+indic	N	N	N	N	N		+/-	127x76x		4xAA	Y	800mW		Hong Kong
	802R			197x		4 funct	2010_01_21	N	0		5	N	18	LED	8 1/2+indic	N	N	N	N	N		+/-	127x76x
	803			~1974		4 funct	2010_02_23	N	0		5	N	18	LED	8.	N	N	N	N	N		K	148x75x19	132gr	2xAA	Y	0.4W			Vintage Technology
	804		1	197x		4 funct	2008_09_21	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		%	137x80x30		4xAA	Y
	804		2	197x		4 funct	2008_09_21	N	0		5	N	18	VFD?	8	N	N	N	N	N		%			Y	Y
	805			197x		4 funct	2008_07_12	N	1		4+3mem	N	20	VFD	8	N	N	N	N	N		M-= M+= T	138x80x31		4xAA	Y
	806			197x		4 funct	2008_07_12	N	0		7	N	20	LED			N	N	N	N		Sqrt x^2 %
	101			<=1975	>=1975	4 funct	2008_06_02	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	Sharp LI2002	%	145x80x23		4xAAA	6VDC	300mW
	102			197x		4 funct	2009_12_29	N	0		6	N	20	VFD	8	N	N	N	N	N	Sharp LI2002	Sqrt %			2xAA	N	0.3W
	152			<=1975	>=1975	4 funct	2008_05_02	N	1		10+1mem	N	24	VFD	8 1/2	N	N	N	N	N	Rockwell A4641PA (7525)	<-> +/- % Sqrt x^2 1/x M	145x80x23		4xAAA	6VDC	300mW
	154	BE154		<=1975	>=1975	4 funct	2010_04_02	N	1		7+3mem	N	23	VFD	8 1/2	N	N	N	N	N	Sharp LI2003 (5F)	% +/- Sqrt RM/CM M-= M+=	145x80x23	135gr	4xAAA	6VDC 200mA	300mW
Abatronix
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	676			197x		4 funct	2013_04_19	N	1		4	N	15	LED	6	N	N	N	N	N					Y	Y					Deux couleurs de boitier (noir ou blanc). RPN
Abbot
- no further info -
ABM
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	diamant-memory 3			<=1976	>=1976	4 funct	2009_03_16	N	1		10+4mem	N	28	VFD	8 1/2	N	N	N	N	N	Nec uPD946 or uPD946C	1/x x^2 Pi Sqrt +/- % CM RM M- M+	126x81x20	95gr	2xAA	Y
	diamant-scientific 5			<=1979	>=1979	Scient	2009_03_16	N	1			N	28	VFD	8 1/2	N	N	N	N	N		sin cos tan asin acos atan sinh cosh tanh asinh acosh atanh y^x log ln 10^x e^x DR Sqrt 1/x x^2 Pi EXP DMS +/- X/Y	153x83x30	172gr	2xAA	Y
Academy
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	academy			<=1978	>=1978	4 funct	2008_07_12	N	1		6+4mem	N	24	LED	8.	N	N	N	N	N		CS % MC MR M- M+	133x70x24		1x9V	Y		Same case as Bohsei 3000, Janon 3000, Nobility 3000, Tronica 3000, Unitrex 1000, Voesa3000
ACC
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	21			197x		4 funct	2006_04_18	N	0		6	N	20	VFD	8 1/2		N	N	N	N		% Sqrt
	811A			~1974		4 funct	2008_07_12	N	1		7+4mem	N	24	VFD	8 1/2	N	N	N	N	N		Sqrt +/- % MC MR M- M+			Y	Y
Accona
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	EC-822			198x		4 funct	2013_03_23	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % MRC M- M+	56x92x6		2x1,5V	N	0,00015W		Hong Kong
Accuron
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	600		1	<=1976	>=1976	4 funct	2009_04_18	N	0		4	N	15	LED	6.	N	N	N	N	N					1x9V						RPN Boitier blanc, touches oblondes.
	600		2	~1976		4 funct	2009_04_18	N	0		4	N	15	LED	6.	N	N	N	N	N					1x9V						RPN Boitier blanc, touches carrées et pavé numérique blanc ou noir.
	800		1	1974/75		4 funct	2011_07_22	N	0		4	N	15	LED	6.	N	N	N	N	N			104x58x22		1x9V				Hong Kong
	800		2	~1975		4 funct	2011_07_22	N	0		4	N	16	LED	8.	N	N	N	N	N			104x58x22		1x9V				Hong Kong
	810M			<=1975		4 funct	2007_08_28	N	0		6	N	19	VFD	8 1/2	N	N	N	N	N	TI TMS0851NC (7510)	% D	111x83x21		1x9V	N
	831			<=1974	>=1974	4 funct	2007_08_28	N	1		4+3mem	N	19	VFD	8 1/2 + 1led for memory	N	N	N	N	N	TI TMS0132NC	CM M+= M-=	180x113x34	310gr	4xC	Y
	831M			197x		4 funct	2010_09_16	N	1		4+3mem	N	20	LED	8 1/2	N	N	N	N	N		M-= M+= CM	132x76x		5xAA	Y
	841			~1975		4 funct	2008_07_12	N	1		7+2mem	N	22	LED	8	N	N	N	N	N		D % K MS MR	120x68x22		1x9V				Malaysia
	850			197x		4 funct	2007_08_28	N	0		6	N	19	VFD	8 1/2	N	N	N	N	N		% D			4x	Y
	1155	SUPERTHIN LINE 1155		<=1976	>=1976	4 funct	2009_04_07	N	1		5+6mem	N	24	VFD	8 1/2	N	N	N	N	N		% MC MR M+ M- MEX M	128x70x14		2xAAA	Y
	EXECUTIVE			<=1976	>=1976	4 funct	2008_07_12	N	1		6+4mem	N	24	LED	8.	N	N	N	N	N	TI TMS0972NL	% +/- CM RM M- M+	115x68x22	76gr	1x9V	Y		Universal EXECUTIVE	Malaysia
	V			197x		4 funct	2008_07_12	N	1			N				N	N	N	N	N		%			Y
Acorn
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Pocket Book			~1993		PDA	2010_05_13	Y	256KBytes		PDA	Y	66	LCD		480x160	Y	Ext	Y	Y		PDA	87x165x23 closed, 144x165x30 open	185gr	2xAA	3VDC		Psion 3a
Addex
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	AC 07			198x		4 funct	2013_03_23	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+	56x91x6		2x1,5Vcell	N
	AC 07 SHG			198x		4 funct	2010_10_03	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+	56x91x5		2x1,5Vcell	N			Hong Kong
	no model name			~1987		4 funct	2011_11_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt M+ M- R-CM	53x85x5		2x1,5Vcell	N			Hong Kong
	no model name			198x		4 funct	2011_11_13	N	1		7+4mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt +/- MC MR M- M+	56x91x5		2x1,5Vcell	N
	SOLAIRE			<=1984	>=1984	4 funct	2011_06_05	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % +/- MRC M- M+	55x86x6		N	solar			Hong Kong		Calculatrice publicitaire SHELL.
	Data Bank			1997?		4 funct+data+clk	2009_04_07	N			Data Bank	Y/N	24	LCD	6alpha(14 seg)+4num	N	N	N	N	Y		Data Bank	56x88x4		1x3Vcell	N			Hong Kong
	no model name			199x		4 funct+clk	2009_04_07	N	0		4+4clk	N	20	LCD	8+indic	N	N	N	N	Y			56x88x4		1x1,5Vcell	N			Hong Kong
	no model name			199x		4 funct	2011_11_13	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		+/- Sqrt % MRC M- M+	86x54x2		N	solar
Addmaster
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Horodato			1976	>=1976	4 funct + clock	2010_03_11	N	0		4 + clock	N	21	?	8 1/2 ?	N	N	N	N	Y		Time Date Appoint Chrono	Round								Casstt Cm30 sur le devant.
Addo
Or Addo-X Swedish brand
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	9364	Addo-X		~1971		4 funct	2008_07_12	N	0		4	N	15	VFD	8. + 2led	N	N	N	N	N			152x102x51		sealed batt	Y		Facit 1111, Sharp EL-8
	9218			~1972		4 funct	2008_07_12	N	0		5	N	19	Printer		N	N	Y	N	N		%	176x110x57		sealed batt	Y		Almost identical to Facit 1140 & Radio Shack EC-3000
Addometer
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Addometer			<=1980	>=1980	4 funct+metric conv	2008_07_12	N	1		4+mem+metric conv	N	25	VFD	12	N	N	N	N	N	Rockwell A7872-11	MET FT EX IN STO FRA REC	154x84x42		3xAA	Y
Adler
Also see Triumph or Triumph-Adler
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	60			1973	>=1973	4 funct	2010_10_01	N	0		4	N	16	VFD	6.	N	N	N	N	N			154x108x42		4xAA	Y		~Omron 60	Japan
	80	EC10		197x		4 funct	2008_07_08	N	0		4	N	17	LED	8+	N	N	N	N	N			152x95x		sealed batt	Y
	80D		1	~1973		4 funct	2008_06_06	N	0		4	N	18	VFD	8.+2leds	N	N	N	N	N			80x158x21		4xAA	Y		Ricoh 8S-RC	Japan		Touches noires et blanches.
	80D	EC80D	2	1973	>=1973	4 funct	2008_07_08	N	0		4	N	18	VFD	8.+2leds	N	N	N	N	N	Omron HD32153P		80x158x21		4xAA	Y			Japan		5 couleurs de touches.
	81	EC11		1973	>=1974	4 funct	2011_07_29	N	1		5+2mem	N	20	LED	8 1/2	N	N	N	N	N	Rockwell 15330PC	% CM Mout	119x68x24	140gr	3xAA	Y		Anita 811, Triumph 81	England, Germany		"Il existe au moins 3 variantes : le nom du modèle n'est pas toujours au même endroit en face avant. 3 ""switchs""."
	Lady	EC 20-L		<=1975	>=1975	4 funct	2010_01_29	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	Sharp LI2002	%	93x63x23	60gr	3xAAA	N		Triumph Lady	Japan
	sir	EC 20-S	1	<=1975	>=1975	4 funct	2010_01_29	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	Sharp LI2006	%	92x62x22	63gr	3xAAA	N		Triumph Sir	Japan		Version sans mémoire.
	sir	EC 20-S	2	<=1975	>=1975	4 funct	2010_01_29	N	1		5+1mem	N	19	VFD	8 1/2	N	N	N	N	N	Mitsubishi M58618-84P (5Y2Z)	% M	92x62x22		3xAAA	N		Triumph Sir	Japan		Version avec mémoire.
	sir SR	EC 20-S		197x		Scient	2008_06_11	N	1		16+4mem	N	19	VFD	8 1/2	N	N	N	N	N		EE sin cos tan asin acos atan Sqrt lnx e^x Pi 1/x M<>X M- Mout M+			3xAAA	N
	80C	EC 21 , 80 C	LED 1	~1974		4 funct	2012_12_28	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		%	120x75x20		4xAAA	Y					"Version avec un interrupteur ""K"". 18 touches."
	80C	EC 21 , 80 C	LED 2	1974	>=1976	4 funct	2012_12_28	N	0		5	N	19	LED	8 1/2	N	N	N	N	N		%	120x75x20		4xAAA	Y					"Version avec un interrupteur ""K"". 19 touches."
	80C	EC 21 , 80 C	VFD	~1974		4 funct	2012_12_28	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	Nec uPD275C	%	120x75x20		4xAAA	6VDC					"Version avec un interrupteur ""K""."
	80C	EC 21B , 80 C		1975	>=1975	4 funct	2012_12_28	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	Mitsubishi M58618-82P ou Nec uPD943C	%	120x75x20	132gr	4xAAA	6VDC					"Version sans interrupteur ""K""."
	80S	EC 22 , 80 S		~1975		4 funct	2012_12_28	N	0		6	N	19	LED	8 1/2	N	N	N	N	N		Sqrt (-)	120x75x20		4xAAA	Y					"Avec un interrupteur ""K""."
	80S	EC 22B , 80 S		<=1976	>=1976	4 funct	2012_12_28	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N	Nec D1801C	(-) % Sqrt Pi	120x75x20	128gr	4xAAA	Y					"Sans interrupteur ""K""."
	81C	EC23A		<=1975	>=1975	4 funct	2008_06_06	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N		(-) % CM Mout M- M+	120x75x20	160gr with bat	4xAAA	Y					Pas de différences externes par rapport au model 81C aka EC23B.
	81C	EC23B		<=1975	>=1975	4 funct	2010_01_29	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N	Nec uPD947C	(-) % CM Mout M- M+	120x75x20	134gr	4xAAA	6VDC			Japan		Pas de différences externes par rapport au model 81C aka EC23A.
	81S	EC24	LED	~1976		4 funct	2008_06_11	N	1		7+2mem	N	22	LED	8 1/2	N	N	N	N	N		Sqrt Pi (-) % Mout M+	120x75x20		4xAAA	Y
	81S	EC24	VFD	~1976		4 funct	2008_06_11	N	1		7+2mem	N	22	VFD	8 1/2	N	N	N	N	N		Sqrt Pi (-) % Mout M+	120x75x20		4xAAA	6VDC
	81S	EC24A		<=1975	>=1976	4 funct	2009_08_11	N	1		9+4mem	N	27	VFD	8 1/2	N	N	N	N	N	Hitachi HD36260 or HD36265 or TI TMS1044NL (1976)	Sqrt Pi (-) % X<>Y CM Mout M- M+	120x75x20	104gr	4xAAA	6VDC					Pas de différences externes par rapport au model 81S aka EC24B.
	81S	EC24B		<=1976	>=1976	4 funct	2008_07_09	N	1		9+4mem	N	27	VFD	8 1/2	N	N	N	N	N	TI TMS1044NL	Sqrt Pi (-) % X<>Y CM Mout M- M+	120x75x20	128gr	4xAAA	Y					"Pas de différences externes par rapport au modèle 81S aka EC24A."
	88T	EC25	LED	<=1975	>=1975	Scient	2008_07_12	N	1		20+4mem	N	26	VFD	8 1/2	N	N	N	N	N		X^y X<>Y (-) DR Pi sin cos tan asin acos atan e^x lnx logx 1/x Sqrt CM Mout X<>M M+	120x75x20	132gr	4xAAA	N				""
	88T	EC25	VFD	<=1975	>=1975	Scient	2008_07_12	N	1		20+4mem	N	26	VFD	8 1/2	N	N	N	N	N	Rockwell A4001 15471PC	X^y X<>Y (-) DR Pi sin cos tan asin acos atan e^x lnx logx 1/x Sqrt CM Mout X<>M M+	120x75x20	132gr	4xAAA	Y				""
	88T	EC25A		<=1976	>=1976	Scient	2008_07_08	N	1		22+2mem	N	25	VFD	8 1/2	N	N	N	N	N	Rockwell A6500CA	X^y EE (-) [( )] 10^x Pi sin cos tan asin acos atan e^x lnx logx 1/x Sqrt Mout Msto	120x75x20	103gr	4xAAA	Y
	82M	EC26		<=1974	>=1975	4 funct+conversion	2008_07_09	N	1		4+20conv	N	20	VFD	8 1/2	N	N	N	N	N	Rockwell A4004PC	metric conversions	120x75x20	132gr	4xAAA	Y
	84F	EC27		197x		financial	2008_07_09	N	>1		9+17fin	N	20	VFD	8 1/2	N	N	N	N	N		% Delta% Sqrt (-) ENT COMP n i/yr i Sqrt PMT PV FV COST TL TREND SELL meanx READ DP MARGIN Sum READ	120x75x20		4xAAA	Y					A un interrupteur qui sert à passer en mode RPN.
	108T	EC28		197x		Scient	2008_07_12	N	>=1		26+8mem	N	25	VFD	8 1/2 + 2 1/2	N	N	N	N	N		EE (-) )] [( X<>Y Pi 1/x e^x 10^x a^x lnx logx Sqrt sin cos tan rad->deg deg->rad X! asin acos atan M/ CM M* Mstore M- M<>X Mout M+	150x87x26		4xAA	6VDC
	109T	EC28A		197x		Scient	2008_07_12	N	1		23+3mem	N	37	VFD	8 1/2 + 2 1/2	N	N	N	N	N		deg-> P->R ln log x^y 1/x sin cos tan asin acos atan [( )] EE (-) X<>Y Pi Sqrt Msto Mout M+	150x87x26		4xAA	6VDC
	121C	EC29		<=1975	>=1975	4 funct	2010_01_29	N	1		9+4mem	N	25	VFD	12 1/2 or 10 1/2+2	N	N	N	N	N	Omron HD3687	Kin RK EX Sqrt % CM Mout M- M+	150x87x26	165gr	4xAA	6VDC			Japan
	8S	EC39		197x		4 funct	2010_10_30	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N		Sqrt Pi (-) %	146x78x18		2xAA	Y			Japan
	80CS	EC40		<=1977	>=1977	4 funct	2010_01_29	N	0		9	N	22	VFD	8 1/2	N	N	N	N	N	Hitachi HD37350 (7D 33)	1/x Sqrt Pi x^n %	146x78x18		2xAA	Y			Japan		"2 ""switchs""."
	81CS	EC41	1	<=1977	>=1977	4 funct	2009_06_30	N	1		11+3mem	N	27	VFD	8 1/2	N	N	N	N	N	Hitachi HD37350	1/x Sqrt Pi x^n % Delta% (-) Mout M- M+	146x78x18	112gr	2xAA	Y			Japan		Version avec 3 interrupteurs. L'afficheur est plus grand en hauteur que sur la version 2.
	81CS	EC41	2	<=1978	>=1978	4 funct	2010_01_29	N	1		11+3mem	N	27	VFD	8 1/2	N	N	N	N	N	Hitachi HD37352	1/x Sqrt Pi x^n % Delta% (-) Mout M- M+	146x78x18	112gr	2xAA	Y			Japan		Version avec 4 interrupteurs, l'interrupteur supplémentaire sert à passer en mode RPN. L'afficheur est plus petit en hauteur que sur la version 1.
	88TS	EC42		197x		Scient	2008_06_11	N	1		23+2mem	N	25	VFD	8 1/2	N	N	N	N	N		X^y EE (-) [( )] x^2 10^x Pi sin cos tan asin acos atan e^x lnx logx 1/x Sqrt Mout Msto	146x78x18		2xAA	Y
	1977	EC43		<=1977	>=1977	4 funct	2013_04_13	N	1		8+3mem	N	24	YLCD	8+indic	N	N	N	n	N		Pi Sqrt % (-) Mout M- M+	130x78x11		3xLR44 (1,5V)	N			Japan
	81D			197x		4 funct	2008_07_08	N	1		8+4mem	N	25	VFD	8 1/2	N	N	N	N	N		Sqrt +/- EX % CM RM M- M+			Y	Y
	L811	EC60		<=1978	>=1978	4 funct	2010_07_18	N	1		8+3mem	N	24	LCD	8+indic	N	N	N	N	N	Sharp LI3009M	Pi Sqrt % (-) Mout M- M+	120x67x10		2x1,5Vcell	N			Japan
	81SN	EC63		<=1978	>=1978	4 funct	2008_06_11	N	1		5+4mem	N	27	VFD	8 1/2	N	N	N	N	N	TI TMS1045NL	Sqrt Pi (-) % X<->Y CM Mout M- M+	135x74x15	90gr	3xAAA	Y					Existe en 2 variations d'afficheur.
	1979			1979 ?		4 funct+clock	2008_07_09	N	1		8+4mem+3clock	N	29	YLCD+LCD	8+indic + 4	N	N	N	N	Y		(-) Sqrt %MU % CM Mout M- M+ + clock			Y	N
	PD-3			197x		4 funct+print	2008_07_08	N	1		5+4mem+4print	N	27	VFD	10	N	N	Y	N	N		% MT MS M+= M-= ^ * diamond #			Y	Y
	SOLAR-MINI			197x		4 funct	2008_06_18	N	1		6+4mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt % CM RM M- M+			?	solar					La cellule solaire est presque aussi grande que la calculatrice elle même. Elle se situe à l'interrieur du couvercle.
	SOLAR-MINI L			197x		4 funct	2013_03_21	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N		% +/- MRC M- M+	95x62x9closed, 186x62x?open		?	solar					La cellule solaire est presque aussi grande que la calculatrice elle même. Elle se situe à l'interrieur du couvercle.
	LS822			197x		Scient+Stat	2008_07_12	N	>1		29+5mem+9stat	N	35	YLCD	8 or 5+2 + indic	N	N	N	N	N		1/x Sqrt Y^x DMS-> sin cos tan X<>Y EXP log ln [( )] +/- Pi x^2 y^(1/x) DMS<- asin acos atan X! CN 10^x e^x STO MRC M+ X<>M M- SigmaC SigmaOut SUM/DEL Sigmax Sigmax^2 sigma V meanx n	142x70x9		3x1.5Vcell	N
	LS826			197x		Scient+stat	2008_06_18	N	1		28+5mem+8stats	N	38	YLCD	8+indic	N	N	N	N	N		D/G sin cos tan MODE log ln DMS X<>Y Sqrt (-) 1/x ( ) Y^x asin acos atan 10^x e^x X! X^2 Pi Y^(1/x) MRC STO M+ X<>M M- + Stats			Y	N					Les fonctions statistiques ne sont pas sérigraphiées sur le clavier, mais à l'intérieur du couvercle rigide.
	LS 1002			197x		Scient	2012_05_01	N	1		38+5mem+12stat	N	37	YLCD	11+indic	N	N	N	N	N		sin cos tan sinh cosh tanh ->DMS 1/x y^x ln log x<>y Sqrt EE [( )] (-) asin acos atan asinh acosh atanh DMS-> mode Pi y^(1/x) e^x 10^x x! x^2 nPr nCr P->R R->P STO Mout M+ X<>m M- Summode Sumout Sum/Del P Q R Sumx Sumx^2 n sigma V meanx	145x21x10		3x1,5Vcell	N		Royal LS 1002/a>	Taiwan
	LT831			~1979		4 funct+time	2008_07_09	N	1		7+4mem+6time	N	31	YLCD	8+indic	N	N	N	N	Y		Sqrt % (-) CM Mout M- M+ TIMECALL TM DT DY START/STOP LAP/RESET			2x1.5Vcell	N
	Solar 1980			~1980		4 funct	2008_07_12	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt % (-) Mout M- M+	132x81x13		sealed	solar		Royal SOLAR I			Les batteries sont rechargées par le panneau solaire qui occupe toute la partie supérieure de la calculatrice entourant notamment l'afficheur.
	Solar 1980			~1980		4 funct	2008_07_12	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt % (-) Mout M- M+				solar		Royal SOLAR I			La grande cellule solaire entoure l'afficheur.
	L813			<=1979	>=1979	4 funct	2010_01_29	N	1		11+3mem	N	27	LCD	8+indic	N	N	N	N	N	Sharp LI3009M	1/X Pi Sqrt X^2 X^n % +/- MRC M- M+	119x70x10		2x1.5Vcell	N			Taiwan
	L814			~1979		4 funct	2009_05_27	N	1		6+4mem	N	25	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+			2xAA	N		Triumph L814
	L815	L-815	1	~1979		4 funct	2009_04_22	N	1		7+4mem	N	26	YLCD	8+indic	N	N	N	N	N		% Sqrt (-) MC MR M- M+	120x65x8		2x1.5Vcell	N		~Royal L815
	L815	L-815	2	~1979		4 funct	2009_04_22	N	1		7+4mem	N	26	LCD	8+indic	N	N	N	N	N		% Sqrt (-) MC MR M- M+	120x65x8		2x1.5Vcell	N		~Royal L815
	L816			<=1980	>=1980	4 funct	2010_01_29	N	1		7+4mem	N	26	YLCD	8+indic	N	N	N	N	N	Nec D1832G	% Sqrt (-) MC MR M- M+	118x65x9	44gr	2x1.5Vcell	N	27µA		Japan
	L817	L-817		198x		4 funct	2008_06_11	N	1		11+4mem	N	30	LCD	8+indic	N	N	N	N	N		1/x X^2 DS (-) Pi Sqrt % MC MR M- M+			Y	N
	L818			<=1984	>=1984	4 funct	2010_01_29	N	1		11+4mem	N	30	LCD	8+indic	N	N	N	N	N	Nec D1831G	1/x X^2 DS (-) Pi Sqrt % MC MR M- M+	136x73x26		2xAA	N			Japan		Triumph-Adler.
	LS828			198x		Scient	2008_07_12	N	1		24+4mem+6stat	N	40	LCD	8+indic	N	N	N	N	N		X! sin cos tan MODE log ln 1/x x^2 Pi EXP (-) ( ) y^x asin acos atan 10^x e^x y^(1/x) X<>M MR STO M+ SUM delete CN sigma mean variance	139x71x25		2xAA	N		Adler LS828
	LM-8	EC66		198x		4 funct	2012_05_17	N	1		5+4mem	N	23	LCD	8+indic	N	N	N	N	N		% CM RM M- M+	60x92x5		2x1.5Vcell	N		Adler LM-8	Japan
	LM10	NON VOLATILE MEMORY, LM_10		<=1980	>=1980	4 funct	2008_06_24	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	Mem	N	Nec D1832C	Sqrt +/- % MRC M- M+	89x55x6		2x1.5Vcell	N		Triumph LM10
	SOLAR C1			198x			2008_06_18	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+			?	solar
	PD4	PD 4		~1982		4 funct+print	2010_07_14	N	1		6+3mem+4print	N	29	LCD	10+indic	N	N	Y	N	N		DS % P/NP Mdiamond M-= M+= ^ #/diamond	210x82x40	295gr	3xAA	4,5VDC	0.9W	Adler PD4	Japan
Adman
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	121			~1976		4 funct	2008_07_12	N	0		6+4mem	N	23	VFD	8	N	N	N	N	N	TI TMS1042NL (?)	Sqrt % M+ M- RM CM	137x76x20		2xAA	Y		Agilis 121	Singapore
	L-0830T			<=1977	>=1977	4 funct	2009_04_18	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	TI ZA0571	%	127x22x68	76gr	1x9V	Y
	L-0831T			<=1976	>=1976	4 funct	2008_07_12	N	1		5+4mem	N	23	LED	8.	N	N	N	N	N	TI TMS0972NL	% MR MC M+ M-	127x22x68	74gr	1x9V	Y		Binatone 02/4503	Singapore
Advance
Advance Electronic Co., Lt.
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Executive	Mini Executive		1972	>=1973	4 funct	2008_07_12	N	0		5	N	17+2	LED	8	N	N	N	N	N		K	152x53x		Y	Y					"Les ""touches"" 2F et K sont plus des interrupteurs."
	Executive 8			197x		4 funct	2008_07_12	N				N				N	N	N	N	N
	Executive 80	Mini Executive		~1974	>=1974	4 funct	2008_07_12	N	0		6	N	17+2	LED	8	N	N	N	N	N	TI TMS0103NC	K %	152x53x		6x	Y
	82R			197x		4 funct	2008_07_12	N	2			N	29	LED	8.+3led	N	N	N	N	N		RV Sqrt +/- % 16 RM1 RM2 M1 M2			5xAA rechargeable	Y		Phytron 32			Affiche 8 chiffres mais calcule sur 16.
	88			<=1973	>=1973	4 funct+	2008_07_12	N	2			N	19	LED	8.+3led	N	N	N	N	N	Advance H52973 & GI/Advance GIMT4	% +/-	152x53x		5xAA rechargeable	Y					Affiche 8 chiffres mais calcule sur 16.
	RUBY 800		1	~1973-74		4 funct	2011_07_26	N	0		4	N	18	VFD	8	N	N	N	N	N					4xAA				Taiwan
	RUBY 800		2	<=1975	>=1975	4 funct	2011_07_26	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N	Nec uPD941C	+/- %			Y
	RUBY 800P			197x		4 funct	2011_07_16	N	0		5	N	18	VFD	8	N	N	N	N	N		%			4xAA	6VDC 100mA			Taiwan
	no name			198x		4 funct+watch	2006_04_18	N	0		4+4clock	N	20	LCD	8+indic	N	N	N	N	Y		AM/PM Set Dt Mode	37x35x		Y	N
Advanced Electronics
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	AEC 455			~1973-74		Scient	1997_05_18	N				N	36	LED	12.		N	N	N	N		Scient	152x89x		3x1.5V
AEG-Olympia
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	LCD 18 S			1987?		4 funct	2010_01_29	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		MarkUp +/- % MRC M- M+	116x71x19		1x1.5Vcell	solar			Taiwan
	LCD 22			199x		4 funct	2013_04_13	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		Sqrt % MRC M+ M-	112x68x9		1x1.5Vcell	N
	LCD 186 RP			199x		4 funct	2011_09_11	N	>1		6+4mem+4replay	N	29	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+ ^ v REPLAY MARKUP	150x124x8open , 71x124x15closed		2xLR1130 (1,5Vcell)	N			Taiwan
	LCD 189 Solar			199x		Scient	2012_01_24	N	1		60+4mem+8stat	N	42	LCD	10+2+indic	N	N	N	N	N		DRG lg ln Y^x x^2 sin cos tan 1/x a b EXP INT sinh cosh tanh ( ) +/- -> DRG-> 10^x e^x y^(1/x) sqrt asin acos atan x^(1/3) P->R R->P Pi FRAC asinh acosh atanh TAB RND ENG P(t) Q(t) R(t) C(a,b) ->HEX CPLX ->SD V(a,b) X<>Y ->DEC ->BIN ->OCT ->DMS FLO SCI %		~100gr	Y	solar			Taiwan
	Ariane 8			199x		Scient	2010_01_29	N	1		Scient	N	40	LCD		N	N	N	N	N		Scient			Y						Similaire au modèle 80, mais avec moins de fonctions.
Afco
Afco Electronics Inc. maybe linked to JCE
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	TE-8M			197x		4 funct	2010_06_03	N	0		4	N	17	LED	8 1LED	N	N	N	N	N			137x73x32		Y				Japan
Agilis
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	515			<=1975	>=1975	4 funct	2010_01_29	N	1		9+5mem	N	27	VFD	8 1/2	N	N	N	N	N	Western Digital FS1732-F	% EX 1/X X^2 Sqrt MEX CM M- M+ RM	151x76x20		2xAA	4,5VDC
	535			197x		4 funct	2010_01_29	N	1		10+4mem	N	27	VFD	8 1/2	N	N	N	N	N		Pi Ex 1/x x^2 Sqrt %CM M- M+ RM									Existe avec 2 label différents.
	555			197x		Scient	2008_09_09	N	1		Scient	N	32	VFD	10	N	N	N	N	N		Scient			2xAA	4,5VDC
	101			<=1975	>=1975	4 funct	2007_11_25	N	1		5+4mem	N	22	VFD	8 1/2	N	N	N	N	N	GI CF-595	% CM M- M+ RM	138x76x21		2xAA	4,5VDC
	111	111-A		<=1975	>=1976	4 funct	2010_04_05	N	1		5+4mem	N	22	VFD	8 1/2	N	N	N	N	N	GI CF595	% CM M- M+ RM	138x76x21	93gr	2xAA	4,5VDC
	121			<=1976	>=1976	4 funct	2010_04_02	N	0		6+4mem	N	23	VFD	8	N	N	N	N	N	TI TMS1042NL (?)	Sqrt % M+ M- RM CM	137x76x20		Y	Y		Adman 121	Singapore
AGS
See Mallory
AHTI
Advanced Handicapping Technologies Inc.
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	HORSE RACE ANALYSER			~1983	>=1994	Horse Racer Analyser	2010_05_13	N			HorseRaceAnalyser	N	48	LCD		N	N	N		N		Horse Race Analyser			1x9V	N		Mattel Horse Race Analyser		handheldmuseum.com.
AJAX
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	AJAX			197x		4 funct	2009_04_18	N	0		5	N	18	LED	8	N	N	N	N	N		K			1x9V	Y			Hong Kong ?
	2500			<=1974	>=1975	4 funct	2008_07_13	N	1		5+2mem	N	20	LED	8 1/2	N	N	N	N	N	Mostek MK5022A + Nec DS8855N (display drv)	% M	138x78x35	126gr	4xAA	Y
	99			197x		4 funct	2008_07_13	N	1		5+1mem	N	19	LED	8 1/2	N	N	N	N	N		% M	127x64x		1x9V	Y	500mW
Al Hassibah
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	2000			<=1991		4 funct	2006_04_18	N	1			N		VFD			N	N	N	Y			114x76x13		2x						Affichage aussi des chiffres arabe.
Albinar
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Albinar			199x		4 funct	2006_04_18	N	1		6+4mem	N	24	LCD	8+indic		N	N	N	N		Sqrt % M+ M- MR MC				solar
Alcatel
Alco
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	888	Alcor 888		<=1975		4 funct	2006_08_15	N	0		6	N	20	VFD	8 1/2		N	N	N	N	Hitachi HD36290	% Sqrt	144x80x20		3xAA	Y
	895			~1973		Scientific	1997_05_18	N				N		VFD			N	N	N	N			140x76x		sealed batt
	Barbie			1980		4 funct	2006_04_15	N	0			N	17	VFD	6.		N	N	N	N			?x191x		4xAA						Calculatrice à l'éffigie de Barbie. Fabriqué par Omron pour Alco.
	MICKEY MATH	Omron 18		1980		4 funct	2008_03_11	N	0		4	N	18	VFD	6.		N	N	N	N			?x191x		4xAA						Calculatrice à l'éffigie de Mickey. Fabriqué par Omron pour Alco.
Alcor
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Grand Prix			197x		4 funct	2008_07_13	N	0		6	N	19	LED	8	N	N	N	N	N		% D			Bat pack	N
Alectronia
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	8					4 funct	1997_05_18	N	0		6	N	21	VFD			N	N	N	N		% Sqrt	140x83x		2x1.5V	AC					Affichage et serigraphie des nombres arabe. Fabricant inconnu.
Alltronic
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	808			<=1976	>=1976	4 funct	2010_05_13	N	1		5+4mem	N	23	VFD	8 1/2	N	N	N	N	N	TI TMS0972NL	% M+ M- RM CM	137x76x22	92gr	1x9V	Y			Singapore	Vintage Technology.
ALPHA
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	AMERICAL-8			197x		4 funct	2009_04_18	N	1		4	N	16	LED	8.	N	N	N	N	N			130x85x40		2x	3VDC
altic
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Thief in Garden	TG 18		<=1982	>=1982	4 funct+Clk+Game	2007_12_20	N	0		6	N	23+2	LCD	8+indic	N	N	N	N	Y		% Note	74x110x10		2x1.5Vcell	N	0.12mW
	PIANO GAME			198x		4 funct+watch+game	2010_02_23	N	0			N	16+4	LCD		N	N	N	N	Y			41x35x8		1x3Vcell	N			Hong Kong
Amelia
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	SCIENTIFIC 2001			<=1979	>=1979	Scient	2009_04_18	N	1		28+4mem	N	40	LED	8 1/2 or 5 1/2+2 1/2	N	N	N	N	N	TI TMC0985	1/x x^2 Sqrt sin cos tan asin acos atan DRG K EEv log lnx y^x Pi % ( ) +/- EE^ 10^x e^x y^(1/x) +/-STO RCL SUM EXC	148x74x23		1x9V	Y/N				Datamath.org.
American
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	American			~1974		4 funct	2010_02_17	N	0		4	N	17	LED		N	N	N	N	N					sealed batt
	1776			1976	>=1976	4 funct	2010_02_17	N	0		4	N	15	LED	6.	N	N	N	N	N			118x65x23	70gr	1x9V	N					RPN. Pas de point décimal.
	L180			197x		4 funct	2010_02_17	N	0		4	N	18	LED	8	N	N	N	N	N			117x64x		1x9V	N			USA
	M-26			~1975/76		4 funct	2010_02_17	N	1		6+2mem	N	21	LED	8.	N	N	N	N	N		% K= MR MS	115x63x30	72gr	1x9V	N		Same case as Summit SM20
Ami
Friends AMIS Inc. (S.F.)
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	ami MEMORY System	FA 300 , FA300		<=1979	>=1979	Translator	2010_03_09	N			translator	Y	43	VFD	16.	N	N	N	N	N	Motorola SC80257P	Translator (3lang) +4func calc	90x172x37	397gr	4xAA	6VDC		Craig FA300 & M100, Kores FA300	Hong Kong
aml
AML Distributors Ltd London
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	TRAVELLER	LE-8 , LE8 ,		197x		4 funct	2011_07_17	N	0		4	N	17	LED	8	N	N	N	N	N			141x70x35		6xAA	Y			Japan
	LE-8C	LE8C		<=1975	>=1975	4 funct	2011_07_17	N	1		5+2mem	N	20	VFD	8	N	N	N	N	N	TMS0603	% CM MR	140x74x30		4xAA	Y			Japan
	M-48			197x		4 funct	2011_07_17	N	1		8+4mem	N	26	VFD	8	N	N	N	N	N		+/- EX % Sqrt MC MR M+= M-=	140x74x30		4xAA	Y			Japan
Amstrad
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Notepad COMPUTER NC100	NR.NC100		<=1991	>=1992	Computer	2009_12_22	Y	64KBytes		Computer	Y	64+1	LCD	80x8	480x64	Y	Ext	Y	Y	Z80	Computer	210x293x27	1Kgr	4xAA+1xCR2032 (3Vcell)	6VDC	300mA		Japan
	PenPad 600	Pen Pad PDA600		<=1993	>=1993	PDA	2009_12_24	Y	192KBytes (128KBytes free)		PDA	Y	Tactil screen	LCD		240x320	Y	N	Y	Y	Zilog Z8S180 à 14.3 Mhz (Z80)	PDA	160x115x27	400gr	Y	Y
Anita
Sumlock Comptometer Ltd, Uxbridge Middlesex.
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	102			197x		4 funct	2008_07_13	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		DS			bat pack	Y			England
	201			197x		4 funct	2008_07_13	N	1		5+2mem	N	20	VFD	8. + 2led	N	N	N	N	N		% RM CM	158x83x45		4xAA	Y		Rockwell 201	Mexico
	202/SR	202		197x		Scient	2008_07_13	N	1		21+6mem	N	20	VFD	8. + 2led	N	N	N	N	N		<-> +/- lnx logx Sqrt e^x 10^x x^y sin cos tan Pi 1/x asin acos atan DR X<>M X<-M X->M M+X^2 M+ M-	158x83x45		4xAA	6VDC	130mA	Rockwell 202	Mexico
	810			1972	>=1974	4 funct	2008_07_13	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	Rockwell 15332 A1032PD	%=	119x69x25	126gr	3xAA	Y
	811		1	1972	>=1974	4 funct	2009_04_07	N	1		5+2mem	N	20	LED	8 1/2	N	N	N	N	N	Rockwell 15330 A1030PE	%= cm rm	119x69x25	128gr	3xAA	Y		Adler 81, Triumph 81	England		Touches rondes.
	811		2	197x		4 funct	2008_07_13	N	1		5+2mem	N	20	LED	8	N	N	N	N	N		% cm rm	114x64x		2xbutton						Similaire à la version 1, hormis le boîtier plus fin et les touches carrées.
	831			1974		4 funct	2008_07_13	N	1		6+1mem	N	20	LED	8 1/2	N	N	N	N	N		%= Sqrt m	119x69x25		3xAA	Y			England
	841			1974	>=1975	Scient	2008_07_13	N	1		21+6mem	N	20	LED	8 1/2	N	N	N	N	N		+/- ^v dr Ln Log Sqrt 1/x e^x 10^x x^y Pi Sin Cos Tan Asin Acos Atan x->m x<>m m- m+x^2 x<-m m+	119x69x25		3xAA	Y			England
	8041			<=1977	>=1977	Scient	2008_07_13	N	1		21+6mem	N	20	VFD	8 1/2	N	N	N	N	N	Rockwell A4002CA	^v +/- dr Ln Log Sqrt 1/x e^x 10^x x^y Pi Sin Cos Tan Asin Acos Atan x->m x<>m m- m+x^2 x<-m m+	119x69x25		3xAA	Y			Yougoslavia		Version VFD du modèle 841.
	851			<=1975	>=1975	4 funct+conversion	2008_07_13	N	1		4+1mem+20conversions	N	20	LED	8 1/2	N	N	N	N	N		metric conversions	119x69x25		3xAA	Y
	861			197x		Financial	2008_07_13	N	1		8+15fin	N	20	LED	8 1/2	N	N	N	N	N		% Delta% Sqrt +/- READ n i/yr i PMT PV FV COST TL TRD SELL meanx DS MAR Sumx	119x69x25		3xAA	Y
Anitech
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	060 S	060S		~1984	199x	4 funct	2011_06_18	N	1		7+3mem	N	24	LCD	10+indic	N	N	N	N	N		+/- MU % MRC M- M+	145x84x25open, 125x84x15closed		1xLR1130 (1,5Vcell)	solar		Ibico 080 S
Anker
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	no name			198x		4 funct+watch	2009_04_19	N				N	24	LCD	8+indic	N	N	N	N	Y					Y	N
	MELODY - CALCULATOR			198x		4 funct+watch	2009_04_19	N	1			N	24	LCD	8+indic	N	N	N	N	Y		%			Y	N
	no name			199x		4 funct+watch	2009_04_19	N	0		4+time	N	16	LCD	8+indic	N	N	N	N	Y					Y	N
Answermath
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	SR8			~1974		4 funct	2010_02_18	N	0		7	N	24	LED	8 1/2	N	N	N	N	N		Sqrt x^2 1/x			1x9V	Y			USA
APCO
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	EC-808			197x		4 funct	2010_06_03	N	0		4	N	17	LED	8	N	N	N	N	N					5xAA	Y			Japan
APF
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Mark III			1973	>=1973	4 funct	2008_07_13	N	0		5	N	19	LED	8	N	N	N	N	N	TI TMS0101ANC	D			6xsealed	Y			Japan
	Mark V			1973	>=1973	4 funct	2007_08_28	N	0		4	N	18	VFD	8 1/2	N	N	N	N	N	TI TMS0101		188x120x40		4xC	Y		Digical Mark V	Japan		Vumètre de l'état des piles.
	Mark VI			1973		4 funct	2008_09_13	N	1		6+4mem	N	23	VFD	8 1/2	N	N	N	N	N		% +/- MC MR M- M+	152x108x32		4xAA	Y					Existes en 3 variations.
	Mark VIII			197x		4 funct	2007_12_20	N	1		4+3mem	N	20	VFD	8+indic	N	N	N	N	N		M- M+ MRC	216x121x		4xC	Y
	MARK 10			1974		4 funct	2007_08_28	N	1		6+4mem	N	23	VFD	8 1/2	N	N	N	N	N		% +/- MC MR M- M+	165x114x		4xAA	Y
	MARK 14			197x		4 funct	2011_05_27	N	1		7+4mem	N	24	LED	8 1/2	N	N	N	N	N		D % +/- MC MR M+ M-			Y	Y
	MARK 14/MEMORY			1974	>=1974	4 funct	2011_05_27	N	1		7+4mem	N	24	LED	8 1/2	N	N	N	N	N		D % +/- MC MR M+ M-	133x83x		6xAA	7.5VDC 100mA			USA
	MARK 15			~1974		4 funct	2007_08_28	N				N		LED		N	N	N	N	N		%	140x76x		1x9V
	MARK 16			197x		4 funct	2009_04_19	N	1		6+5mem	N	24	LED	8	N	N	N	N	N		D % MC MR M+ M- EX	152x80x		1x9V	Y
	MARK 21			~1976		4 funct	2007_08_28	N	1		6+5mem	N	24	VFD	8	N	N	N	N	N		% EX x<>M MC MR M+ M-	159x76x		sealed batt	Y
	MARK 22			1977		Scientific	2007_08_28	N	1		17+5mem	N	19	VFD	8	N	N	N	N	N		EE sin cos tan asin acos atan Sqrt lnx e^x Pi 1/x EEconv MC x<>M M- MR M+	159x76x		sealed batt	Y
	MARK 23	Electronic Slide Rule Calculator		~1974	>=1975	4 funct	2009_04_18	N	1		9+5mem	N	20	VFD	8	N	N	N	N	N		% x<>y Sqrt 1/x x^2 MC M+ M- x<>M MR	159x76x		sealed batt	Y			Japan
	MARK 24		1	197x		4 funct	2007_08_28	N	1			N		LED		N	N	N	N	N		% +/- mem	152x76x		1x9V
	MARK 24		2	197x		4 funct	2007_08_28	N	1		7+4mem	N	24	VFD	8 1/2	N	N	N	N	N		DR % EX MC MR M+ M-			Y	Y
	MARK 25 / MEMORY			~1975		4 funct	2009_04_18	N	1		7+4mem	N	24	VFD	8	N	N	N	N	N		D % EX MC MR M+ M-	140x76x		1x9V	Y
	MARK 26			~1975		4 funct	2010_02_17	N	1		5+5mem	N	19	LED	8	N	N	N	N	N		% MC x->M M- MR M+	114x64x		1x9V	Y			Japan		"Existe avec ou sans le marquage ""MC x->M M- M+""."
	MARK 27			~1973		4 funct	2009_04_18	N	1		5+1mem	N	19	VFD	8	N	N	N	N	N		% M	127x76x		1x9V	Y			USA
	MARK 28			~1973		4 funct	2007_08_28	N	1			N		VFD		N	N	N	N	N		% mem	114x64x		1x9V						Similaire au Mark 26 mais sans LED.
	MARK 29			197x		4 funct	2007_08_28	N	1		9+5mem	N	20	LED or VFD	8	N	N	N	N	N		% x<>y Sqrt 1/x x^2 MC M+ M- x<>M MR			Y	Y
	MARK 30			<=1975	>=1975	4 funct	2009_03_16	N	1		9+5mem	N	20	VFD	8 1/2	N	N	N	N	N		% x<>y Sqrt 1/x x^2 MC M+ M- x<>M MR	140x76x		1x9V	Y			USA
	MARK 31			1976		4 funct	2007_08_28	N	1		9+5mem	N	27	VFD	8	N	N	N	N	N		x<>y 1/x x^2 Sqrt % MC MR x<>M M- M+	140x76x		1x9V	Y
	MARK 32			~1973		4 funct	2007_08_28	N	1		8+5mem	N	19	LED	8	N	N	N	N	N		% Sqrt 1/x x^2 MC M- M+ x<>M MR M+	127x76x		1x9V	Y
	MARK 33			~1976		4 funct	2007_08_28	N	1		5+5mem	N	23	VFD	8	N	N	N	N	N		% MC MR x<>M M- M+			1x9V	Y
	MARK 34			1978		4 funct	2007_08_28	N	1		11+5mem	N	29	VFD	8	N	N	N	N	N		[ ] Pi 1/x e^x Sqrt MC MR x<>M M- M+	140x70x		1x9V	Y
	MARK 40			<=1975	>=1975	4 funct	2007_12_20	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	(GI C-593 or Mostek MK50282 N) + Toshiba T1347 (display drv)	%	115x65x33	92gr	1x9V	Y		Montgomery Ward P90
	MARK 41			197x		4 funct	2007_08_28	N	0		6	N	19	LED	8	N	N	N	N	N		% Sqrt	114x64x		1x9V	Y
	MARK 42		1	~1976		4 funct	2007_08_28	N	0		5	N	19	LED	8.	N	N	N	N	N		%	126x65x26	70gr	1x9V	7.5VDC 100mA
	MARK 42		2	197x		4 funct	2007_08_28	N	0		6	N	19	LED	8.	N	N	N	N	N		% Sqrt	126x65x26		1x9V	7.5VDC 100mA
	MARK 43			197x		4 funct	2007_08_28	N	0		5	N	18	LED	8	N	N	N	N	N		%	114x64x		1x9V	Y
	MARK 50	Scientific Calculator		1975		Scientific	2009_04_19	N	1		17+5mem	N	19	VFD	8	N	N	N	N	N		EE sin cos tan asin acos atan Sqrt lnx e^x Pi 1/x EEconv MC x<>M M- MR M+	140x76x		1x9V	Y		Montgomery Ward P330	Japan
	MARK 51	Scientific Calculator		<=1975	>=1975	Scientific	2007_12_20	N	1		17+5mem	N	19	VFD	8	N	N	N	N	N	General Instrument (GI) CF596	EE sin cos tan asin acos atan Sqrt lnx e^x Pi 1/x EEconv mc x<>m m- mr m+	140x76x		1x9V	Y
	MARK 52			197x		Scientific	2007_08_28	N	1		17+5mem	N	19	LED	8	N	N	N	N	N		EE EEconv sin cos tan asin acos atan Sqrt lnx e^x Pi 1/x MC x<>M M- MR M+			1x9V
	MARK 55			1977		Scientific	2007_12_20	N	1		>=45+2mem	N	30	LED	12 or 10 1/2+2 1/2	N	N	N	N	N		ln e^x sin cos tan asin acos atan sinh cosh tanh asinh acosh atanh Sum+ y^x +/- x<>y v EE ENT ->pol ->rec ->rad ->deg rad deg meanx,s Sqrt x^2 x! c->f % ltr->gal Delta% cm->in LASTX Pi 1/x sci kg->lb RCL STO	159x76x		3xAA sealed	4.5V					Calculs en mode RPN. Afficheur HP.
	MARK 56			1977	>=1977	Scientific	2010_01_29	N				N		LED		N	N	N	N	N			152x76x		sealed batt	Y
	MARK 60			197x		4 funct	2007_08_28	N	0		5	N	18	LED	8	N	N	N	N	N		%	114x64x		1x9V	Y
	EXECUTIVE	MARK 61		1977	>=1977	4 funct	2010_01_29	N	1		6+5mem	N	24	VFD	8 1/2	N	N	N	N	N		Sqrt % mc mr m<->x m- m+	140x70x13		sealed batt	Y
	EXECUTIVE	MARK 61S		197x		4 funct	2007_08_28	N	1		6+5mem	N	24	VFD	8 1/2	N	N	N	N	N		Sqrt % mc mr m<->x m- m+	140x70x13		sealed batt	Y					Similaire au Mark 61 hormis la couleur noire.
	MARK 62			197x		4 funct	2007_08_28	N				N		LED		N	N	N	N	N		Sqrt %	127x64x		1x9V
	MARK 64			197x		4 funct	2007_08_28	N	1		8+5mem	N	19	LED		N	N	N	N	N		% 1/x Sqrt x^2 MC x<>M M- MR M+	127x64x		1x9V
	MARK 65			1977	>=1977	4 funct	2007_08_28	N	1		6+5mem	N	24	VFD	8 1/2	N	N	N	N	N	TMS1044NL	% Sqrt mc mr m/x m- m+	125x74x26		3xAAA	7.5VDC 100mA
	MARK 65r			1977	>=1977	4 funct	2010_01_29	N	1		6+5mem	N	24	VFD	8 1/2	N	N	N	N	N	TMS1044NL	Sqrt % mc mr m/x m- m+	125x74x26		2xAAA sealed	7.5VDC 100mA			Japan		Similaire au MARK 65 hormis les batteries rechargeables soudées.
	MARK 66r			1977		4 funct	2007_12_20	N	1		7+5mem	N	29	VFD	8 1/2	N	N	N	N	N		[ ] x<>y 1/x x^2 Sqrt % mc mr mx m- m+	127x70x		sealed batt	Y
	MARK 68r			1977		Scientific	2007_12_20	N	1		25+5mem+Conv	N	28	VFD	8 1/2	N	N	N	N	N		Sqrt x^2 y^x % [( )] Pi +/- ee sin asin cos acos tan atan logx 10^x lnx e^x 1/x CONV MC x<>M M- MR M+	127x70x		sealed batt	Y
	MARK 70		1	~1974		4 funct	2007_08_28	N	1		5+5mem	N	23	VFD		N	N	N	N	N		% MC MR x<> M- M+	127x76x		1x9V
	MARK 70		2	~1974		4 funct	2007_08_28	N	1		5+5mem	N	23	LED	8	N	N	N	N	N		% MC MR x<>M M- M+			1x9V	Y
	MARK 72			197x		4 funct	2008_09_13	N	1		6+5mem	N	24	LED	8	N	N	N	N	N		Sqrt % MC MR x<>M M- M+	140x76x		1x9V	Y			Hong Kong
	MARK 73	B-5000M		197x		4 funct	2007_08_28	N	1		5+2mem	N	20	LED	8	N	N	N	N	N		% M+ MR	127x76x		1x9V	Y
	M74	MARK 74		<=1979	>=1979	4 funct	2009_04_18	N	1		6+4mem	N	24	LED	8.	N	N	N	N	N	TI TMS0972NL	+/- % MC MR M- M+	135x72x23	86gr	1x9V	9VDC			Singapore
	MARK 75			197x		4 funct	2007_08_28	N	1		5+5mem	N	23	LED or VFD	8	N	N	N	N	N		% MC MR x<>y M- M+			Y	Y
	MARK 82			<=1975	>=1976	4 funct	2010_01_29	N	0		5	N	18	LED	8	N	N	N	N	N	Mostek MK50288N + Toshiba T1347	%	131x66x24		1x9V	7.5VDC 100mA			Japan
	MARK 84			1977	>=1977	4 funct	2010_01_29	N	1		5+5mem	N	19	LED	8	N	N	N	N	N		% MC x<>M M- MR M+	131x66x24		1x9V	Y					"Existe avec ou sans le marquage ""MC x->M M- M+""."
	MARK 85			197x		4 funct	2007_08_28	N	1		5+5mem	N	23	VFD	8 1/2	N	N	N	N	N		% mc mr m<>x m- m+	125x74x26		3xAAA	Y
	MARK 86			1976	>=1976	4 funct	2010_01_29	N	1		9+5mem	N	27	VFD	8 1/2	N	N	N	N	N		x<>y 1/x x^2 Sqrt % mc mr m<>x m- m+	125x74x26		3xAAA	Y
	MARK 88			1976	>=1976	Scientific	2010_01_29	N	1			N	19	VFD		N	N	N	N	N			127x70x		3xAAA
	MARK 90			1977	>=1977	Scient+Prog	2010_01_29	Y	10+72steps		Scient+Prog	N	45	LED	8+2	N	N	N	N	N		Scient+Prog	152x76x25		3xSealed	DC
	RS-1	Kel-Co		c1979		4 funct	2010_06_13	N			16	N	29	LED		N	N	N	N	N		Race tracking	140x70x		1x9V			APF RS-1, Cannella RS1
	RS-2	Trotting/pacing computer and Kel-co by APF		<=1979	>=1980	4 funct	2010_06_13	N				N	29	LED		N	N	N	N	N		Race tracking	140x70x		1x9V
	MATHEMAGICIAN	1500		~1980		Game	2010_05_14	N	0		4+3game	N	20	LED		N	N	N	N	N		SEL HLT ?			Y
	1902			<=1982	>=1982	4 funct	2007_09_17	N	1		6+4mem	N	25	LCD	8+indic	N	N	N	N	N	Sharp LI3023M	Sqrt % MC MR M- M+	116x66x19		2xAA	N
	1948A			197x/198x		4 funct	2010_01_29	N	1		8+4mem	N	25	YLCD	8+indic	N	N	N	N	N		R +/- Sqrt % MC MR M- M+	110x66x9		2x1.5Vcell	N			Hong Kong
	M2201	M 2201		198x		4 funct	2010_03_24	N	1		11+4mem	N	30	LCD	8+indic	N	N	N	N	N		x^n Pi +/- x^2 1/x Sqrt % MC MR M- M+			Y	N
	M 2202	M2202		198x		4 funct	2010_03_24	N	1		11+4mem	N	30	LCD	8+indic	N	N	N	N	N		() Pi +/- x^2 1/x Sqrt % MC MR M- M+			Y	N
	MARK 5501			197x/198x		4 funct+time	2007_08_28	N	1		6+3mem+9time	N	30	LCD	8+indic	N	N	N	N	Y		Sqrt % M- M+ MRC SET YMD HMS T ALM/OFF ADJ LAP ST/SP PM			2xcell	N
	3550	MINI-CALC		198x		4 funct	2010_02_17	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % MC M- MR M+			Y	N		apf M 3550
	M 3550	MINI-CALC		198x		4 funct	2010_02_17	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % MC M- MR M+			Y	N		apf 3550	Hong Kong
	5539			198x		4 funct	2007_08_28	N	1			N	28	LCD	8+indic	N	N	N	N	Y			57x89x			N
Apollo
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	ARC-8200NC			~1972		4 funct	2008_07_13	N	0		4	N	17	LED	8	N	N	N	N	N			140x76x		1x9V
	NRC-9270			1972	>=1972	4 funct	2008_07_13	N				N		LED		N	N	N	N	N			127x76x		sealed	Y
Argyle
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Mark III			1973	>=1973	4 funct	2011_08_24	N	0		5	N	19	LED	8	N	N	N	N	N	TI TMS0101ANC	D	133x83x		6xAA Sealed	8VDC			Japan		Epais, carré, style d'époque.
	3			197x		4 funct	2008_07_13	N	0		5	N	19	LED	8	N	N	N	N	N		D			Y	Y
	6			197x		4 funct	2008_07_13	N	1			N		VFD		N	N	N	N	N		%			AA	Y			Japan
Aries
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	AR-420			1973		4 funct	1998_07_13	N				N		LED			N	N	N	N			121x76x		Sealed						"Clavier de type ""membrane"". Etait disponible en kit."
Aristo
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	M16			~1977		4 funct	2011_06_18	N	1		5+2mem	N	20	LED	8	N	N	N	N	N		% MR MS	128x69x	70gr	1x9V				Germany		"Existe en 2 variations de la position du label ""Aristo M16""."
	M27		1	fall 1972		4 funct	2007_12_21	N	0		4	N	16	LED	8	N	N	N	N	N			87x60x26	200gr with batt.	5xAA						Avec touches carrées.
	M27		2	<=1972		4 funct	2007_12_21	N	0		4	N	17	LED	8 1/2	N	N	N	N	N			87x60x26	200gr with batt.	5xAA						Existe avec 2 versions de clavier : touches carrées (comme le v1) et carrées à coins arrondis.
	M36		1	1973	>=1974	4 funct	2009_02_19	N	1		6+mem	N	20	LED	8 1/2	N	N	N	N	N	Rockwell A1241 + ITT XK1696 & 2xXK1695A	% x<>y M	151x62x18		3xAA	Y					A un interrupteur de plus et du marquage en moins que la version 2.
	M36		2	197x		4 funct	2007_12_21	N	1		5+5mem	N	20	LED	8	N	N	N	N	N		% CM x<>M M- M->x M+	151x62x18		3xAA	Y					A un interrupteur de moins que la version 1.
	M42			<=1976	>=1977	4 funct	2007_12_21	N	1		8+4mem	N	25	VFD	8 1/2	N	N	N	N	N		% Sqrt x<>y +/- CM M- M+ MR	151x76x18		2xAA	Y
	M42S			197x		4 funct	2007_12_21	N	1		8+4mem	N	25	VFD	8 1/2	N	N	N	N	N		% Sqrt x<>y +/- CM M- M+ MR	151x76x18		2xAA sealed	Y
	M64		1	197x		4 funct	2009_04_19	N	0		6	N	20	LED	8 1/2	N	N	N	N	N		% Sqrt	151x62x18		3xAA	Y			Germany		A un interrupteur de plus et du marquage en moins que la version 2.
	M64		2	<=1977	>=1977	4 funct	2011_11_04	N	1		6+4mem	N	20	LED	8 1/2	N	N	N	N	N		% Sqrt CM M- M->x M+	151x62x18		3xAA	Y			Germany		A un interrupteur de moins que la version 1.
	M65			<=1974	>=1975	4 funct	2007_12_21	N	1		10+5mem	N	20	LED	8 1/2	N	N	N	N	N	Rockwell A1211 + ITT XK1696 & XK1695A	% x<>y Sqrt 1/x x^2 +/- CM x<>M M- M->x M+	151x62x18	122gr (148gr with cover)	3xAA	Y				Vintage Technology.
	M66			197x		4 funct	2007_12_21	N	1		11+5mem	N	25	VFD	8 1/2	N	N	N	N	N		% Sqrt x<>y 1/x x^2 +/- Pi CM x<>M M- M->x M+	151x76x18		2xAA or 3xAA	Y
	M66S			<=1977	>=1977	4 funct	2010_02_21	N	1		11+5mem	N	25	VFD	8 1/2	N	N	N	N	N	Rockwell A5553CA	% Sqrt x<>y 1/x x^2 +/- Pi CM x<>M M- M->x M+	151x76x18	150gr	2xAA sealed	Y			Germany	Vintage Technology.
	M75			<=1974	>=1974	Scient	2009_06_30	N	1		21+6mem	N	20	LED	8 1/2	N	N	N	N	N	? A4002 or ? 15472 B	+/- x<>y DR lnx lgx Sqrt 1/x e^x 10^x x^y Pi sin cos tan asin acos atan x->M x<>M M- M+x^2 M->x M+	151x62x18		3xAA	Y			Germany		Existe avec le marquage (sin cos tan arc) en rouge ou blanc.
	M75E			197x		Scient	2007_12_21	N	1		22+5mem	N	20	LED	8	N	N	N	N	N		EE x<>y AW lnx lgx Sqrt 1/x e^x 10^x x^y sin cos tan +/- asin acos atan Pi CM x<>M x->M M->x M+	151x62x18		3xAA	Y
	M75ES			197x		Scient	2007_12_21	N	1		22+5mem	N	20	LED		N	N	N	N	N		EE x<>y AW lnx lgx Sqrt 1/x e^x 10^x x^y sin cos tan +/- asin acos atan Pi CM x<>M x->M M->x M+	151x62x18		3xAA sealed	Y
	M76			~1975		Scient	2010_02_19	N	1		22+5mem	N	20	VFD	8 1/2	N	N	N	N	N		x<>y EE lnx lgx Sqrt 1/x e^x 10^x x^y AW sin cos tan +/- asin acos atan Pi CM x<>M x->M M->x M+	151x76x18		2xAA or 3xAA	Y
	M76S			197x		Scient	2009_06_30	N	1		22+5mem	N	20	VFD	8 1/2	N	N	N	N	N		x<>y EE lnx lgx Sqrt 1/x e^x 10^x x^y AW sin cos tan +/- asin acos atan Pi CM x<>M x->M M->x M+	151x76x18		2xAA sealed	Y			Germany
	M80			197x		Scient	2007_12_21	N	1		17+5mem	N	20	LED	8	N	N	N	N	N		EE AW sin cos tan asin acos atan Sqrt lnx e^x Pi 1/x CM x<>M M- M->x M+	151x62x18		3xAA	Y
	M80S			197x		Scient	2009_04_19	N	1		17+5mem	N	20	LED	8	N	N	N	N	N		EE AW sin cos tan asin acos atan Sqrt lnx e^x Pi 1/x CM x<>M M- M->x M+	151x62x18		3xAA sealed?	Y			Germany
	M85		1	<=1974	<=1978	Scient	2010_02_23	N	1		23+8mem	N	25	LED	8 1/2 + 2 1/2	N	N	N	N	N	? A4802	[( )] e^x 10^x x^y x<>y lnx lgx Sqrt x! sin asin cos acos tan atan +/- 1/x rad->deg deg->rad EE x->M CM M/ x<>M M* M- M->x M+	151x76x18	100gr	3xAA	Y			Germany	Vintage Technology.
	M85		2	<=1974	>=1975	Scient	2010_02_19	N	1		23+8mem	N	25	VFD	8 1/2 + 2 1/2	N	N	N	N	N		[( )] e^x 10^x x^y x<>y lnx lgx Sqrt x! sin asin cos acos tan atan +/- 1/x rad->deg deg->rad EE x->M CM M/ x<>M M* M- M->x M+	151x76x18		2xAA	Y
	M85S		1	197x		Scient	2007_12_21	N	1		23+8mem	N	25	LED	8 1/2 + 2 1/2	N	N	N	N	N		[( )] e^x 10^x x^y x<>y lnx lgx Sqrt x! sin asin cos acos tan atan +/- 1/x rad->deg deg->rad EE x->M CM M/ x<>M M* M- M->x M+	151x76x18		3xAA sealed?	Y
	M85S		2	197x		Scient	2007_12_21	N	1		23+8mem	N	25	VFD	8 1/2 + 2 1/2	N	N	N	N	N		[( )] e^x 10^x x^y x<>y lnx lgx Sqrt x! sin asin cos acos tan atan +/- 1/x rad->deg deg->rad EE x->M CM M/ x<>M M* M- M->x M+	151x76x18		2xAA sealed	Y
	M300			198x		4 funct	2007_12_21	N	1		8+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % x^2 +/- RM/CM M- M+	93x60x4		1x3Vcell	N
	M400			197x		Scient	2007_12_21	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt % +/- MRC M- M+			4x1V35cell	N
	M700			<=1978	>=1978	Scient+Stat	2008_09_23	N	1		29+5mem+8stat	N	35	YLCD	8+indic	N	N	N	N	N		ln log DMS-> sin cos tan y^x Sqrt [( )] x<>y 1/x +/- EE e^x 10^x ->DMS asin acos atan y^(1/x) x^2 x! Pi CN MRC x->M M+ x-> M- Stat D/CD Sigmax Sigmax^2 n s sigma^x meanx	130x67x10		4x1V35cell	N
	M800			197x		Scient+Stat	2007_12_21	N	1		Scient+Stat	N	35	YLCD	11+indic	N	N	N	N	N		Scient+Stat			3xcell	N
	parat			197x		4 funct	2011_07_04	N	1		5+5mem	N	20	LED	8	N	N	N	N	N		% CM x<>M M- M->x M+	130x67x		1x9V	Y			Germany
	parat s			197x		4 funct	2007_12_21	N	1		5+5mem	N	20	LED		N	N	N	N	N		% CM x<>M M- M->x M+			1x9V	Y
	R4000			197x		4 funct desk	2010_05_13	N	1		8+4mem	N	25	VFD	10+indic	N	N	N	N	N		CNT % RC Delta% GPM CM RM M- M+			2x1,5V	2,7VDC 250mA
	top			197x		4 funct	2010_03_23	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		%			1x9V	Y			Germany
	top s			<=1976	>=1976	4 funct	2009_04_07	N	0		5	N	18	LED		N	N	N	N	N		%			sealed	Y
	TOURIST			197x		4 funct	2007_12_21	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt % +/- MRC M- M+			2x1V35cell	N
	unilog			197x		Scient	2007_12_21	N	1		22+5mem	N	20	LED		N	N	N	N	N		EE x<>y AW lnx lgx Sqrt 1/x e^x 10^x x^y sin cos tan +/- asin acos atan Pi CM x<>M x->M M->x M+			1x9V	Y
	unilog s			~1976		Scient	2011_07_26	N	1		22+5mem	N	20	LED	8	N	N	N	N	N		EE x<>y AW lnx lgx Sqrt 1/x e^x 10^x x^y sin cos tan +/- asin acos atan Pi CM x<>M x->M M->x M+	130x67x		1x9V ?	Y			Germany
Armitron
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Unknown model name			~1980		4 funct watch	2010_02_23	N	0		4+time	N	20	LCD	8+indic	N	N	N	N	Y					Y	N				PocketCalculatorShow.com.
	Unknown model name			198x		4 funct watch	2010_02_23	N	0		4+4time	N	16	LCD	8+indic	N	N	N	N	Y		ADJUST ALARM_ON/OFF LAP/RESET START/STOP			Y	N				Digitally Curious.	"Existe en boiter ""chromé"" ou noir."
	PIANO GAME			~1983		4 funct watch	2010_02_23	N	0			N	16+4	LCD		N	N	N	N	Y			41x35x8		1x3Vcell	N		This Altic PIANO GAME has a black case.	Hong Kong
	Unknown model name	Melody		~1983		4 funct watch	2010_02_23	N	0		4+time	N	16	LCD	8+indic	N	N	N	N	Y					Y	N				PocketCalculatorShow.com.
	Unknown model name	Budget		~1984		4 funct watch	2010_02_23	N	0		4+time	N	16	LCD	8+indic	N	N	N	N	Y					Y	N				PocketCalculatorShow.com.
	Unknown model name	20 button		~1984		4 funct watch	2010_02_23	N				N	20	LCD	8+indic	N	N	N	N	Y					Y	N				PocketCalculatorShow.com.
	Wrist-Comp 101			~1985		4 funct watch	2010_02_23	N				N	16	LCD	8+indic	N	N	N	N	Y					Y	N				PocketCalculatorShow.com.
	Unknown model name	Novelty		~1985		4 funct watch	2010_02_23	N	0		4+time	N	22	LCD	8+indic	N	N	N	N	Y					Y	N				PocketCalculatorShow.com.
AS
See Audio Sonic
ASA
Navigation calculator builder.
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Pathfinder CX-1	Electronic E6B		198x		Navigation	2010_02_23	N			Navigation	N	26	LCD	6x6+indic	N	N	N	mem	Y		Navigation			2x3Vcell	N					Calculatrice pour la navigation en avion.
	Pathfinder CX-1a			198x		Navigation	2010_02_23	N			Navigation	N	26	LCD	6x6+indic	N	N	N	mem	Y		Navigation			2x3Vcell	N					Calculatrice pour la navigation en avion.
ASAFLEX
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	no name	ruler		<=1982	>=1982	4 funct	2010_01_29	N	1		7+3mem	N	25	LCD	8 + indic	N	N	N	N	N	Sharp LI3033M	+/- % Sqrt MRC M- M+	45x166x6		2xLR1130 (1.5Vcell)	N			Taiwan
	SCIENTIFIC CALCULATOR			198x		Scient	2008_06_02	N	1		Scient	N	40	LCD	10 or 8 + 2 1/2 + indic	N	N	N	N	N		Scient	153x77x21		2xAA	N
	ESR-93			198x-199x		Scient	2010_02_23	N	>=1		26+3mem+5stat	N	38	LCD	8 + indic	N	N	N	N	N		Pi n! 1/x x^2 y^x [( )] Exp DRG sin cos tan log ln +/- Sqrt y^(1/x) asin acos atn 10^x e^x M+ MR STO Data Del sigman^2 sigman-1 meanx	126x70x9	45gr	2x1.5Vcell	N			Taiwan
Astor
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Astor	ASTOR 1		198x		Scient	2010_03_24	N	1		Scient	N	39	LCD	10	N	N	N	N	N		Scient			Y	N
	ASTOR 2			<=1988	>=1988	Scient	2009_08_11	N	1		Scient	N	41	LCD	10 or 8+2 1/2 + indic	N	N	N	N	N	Sharp LI3301A	Scient	128x69x11		2x1.5Vcell	N					Clone d'une Sharp.
ASUS
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	MYPAL	A716 , AD716F		12/2003	>=2004	PDA	2012_10_07	Y	64MB	64MB	PDA	Y	12	LCD		240x320	Y	Ext	Y	Y	Intel XScale PXA255	Windows Mobile 2003	135x80x18	197gr with bat	Li-ion 1500nAh	5VDC			Taiwan	PDAdb.net.	Ports : CF , CF II, MMC, SD, SDIO, USB 1.1, Serial, IR, Bluetooth 1.1, WiFi 802.11b
ATABA
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	AT-687			<=1991	>=1991	Scient	2010_01_29	N	1		Scient	N	41	LCD	10 or 8+2 1/2 + indic	N	N	N	N	N	Sharp LI3301A	Scient	128x69x11		1x3Vcell	N	0.0004W		China		Clone d'une Sharp.
Atari
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Portfolio	HPC-004		<=1989	>=1989	Pocket computer	2010_10_01	Y	128KB	256KB	Pocket computer	Y	63	LCD	40x8lines	240x64	Y	Ext	Y	Y	80C88 4.92 MHz	Pocket Computer	103x198x30closed, 198x198x29open	~500gr	3xAA	6VDC			Japan
	Portfolio	HPC-005		<=1990	>=1990	Pocket computer	2010_10_01	Y	128KB	256KB	Pocket computer	Y	63	LCD	40x8lines	240x64	Y	Ext	Y	Y	80C88 4.92 MHz	Pocket Computer	103x198x30closed, 198x198x29open	~500gr	3xAA	6VDC			Japan
	Portfolio	HPC-006		<=1991	>=1991	Pocket computer	2010_10_01	Y	128KB	256KB	Pocket computer	Y	63	LCD	40x8lines	240x64	Y	Ext	Y	Y	80C88 4.92 MHz	Pocket Computer	103x198x30closed, 198x198x29open	~500gr	3xAA	6VDC			Japan
	Portfolio	HPC-010		<=1992	>=1992	Pocket computer	2010_10_01	Y	256KB	256KB	Pocket computer	Y	63	LCD	40x8lines	Y	Y	Ext	Y	Y	80C88 4.92 MHz	Pocket Computer		~500gr	3xAA	6VDC
	Portfolio	HPC-011		<=1993	>=1993	Pocket computer	2010_10_01	Y	512KB	256KB	Pocket computer	Y	63	LCD	40x8lines	Y	Y	Ext	Y	Y	80C88 4.92 MHz	Pocket Computer		~500gr	3xAA	6VDC
	CC1010			199x		4 funct desk	2010_02_23	N	1+32steps		7+mem	N	30	LCD	10+indic	N	N	N	N	N		% TAX Sqrt	152x149x6		Y	Solar					Mémorise les 32 opérations précédentes.
	CC1800			199x		4 funct	2010_10_01	N	1+32steps		7+4mem+4	N	29	LCD	8+indic+2	N	N	N	N	N		% Sqrt mc mr m- m+ ^ v AutoRecall MarkUp	151x76x15open		Y	N			Taiwan		Mémorise les 32 opérations précédentes. Calculatrice pliante.
	CC1900			199x		4 funct desk	2010_02_23	N	1+32steps		7+4mem+4	N	30	LCD	8+indic+2	N	N	N	N	N		% Sqrt +/- mc mr m- m+ ^ v AutoRecall MarkUp	203x160x25		2x	N			Taiwan		Mémorise les 32 opérations précédentes.
	CC192			199x		4 funct	2010_10_01	N	1+32steps		7+3mem+3	N	28	LCD	8+indic+2	N	N	N	N	N		% +/- Sqrt mrc m- m+ ^ v/AutoRecall markup		"3 19/20"" X 3 23/25"" X 2/5"""	Y	N			Taiwan		Mémorise les 32 opérations précédentes.
	DMP2000	DMP 2000		199x		4 funct print	2010_09_29	N			6+3mem+5	N	28	LCD		N	N	Y	N	N		markup % mrc m- m+ ^ # P/NP 5/4 TAB		"3 19/20"" X 3 23/25"" X 2/5"""	Y	Y			Taiwan
ATEX
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	ATEX			197x		4 funct	2009_04_19	N	1		5	N	18	LED	8	N	N	N	N	N		D			Y	Y			USA
Atlas
A product by MBO
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	R100			<=1977	>=1977	4 funct	2011_06_22	N	1		8+3mem	N	24	VFD	8 1/2	N	N	N	N	N	Nec D1803C	Sqrt +/- Pi % MR/C M-= M+=	134x80x19	132gr	2xAA	3VDC	0.3W				"""Ein Produkt von MBO - Munchen"""
	R200			<=1976	>=1976	4 funct	2011_06_22	N	1		10+4mem	N	28	VFD	8 1/2	N	N	N	N	N	Nec D1811C (K6Z04M)	+/- 1/x x^2 Pi Sqrt % () Mud Mrc M- M+	139x82x24		2xAA	Y	0.3W				"""Ein Produkt von MBO - Munchen"""
	R300			197x		4 funct	2008_10_21	N	1		11+4mem	N	28	VFD	8 1/2	N	N	N	N	N	?	x^N +/- Delta% Pi Sqrt % () MRC MUD M-= M+=	139x82x24		2xAA	Y					MBO
	R300A			197x		4 funct	2008_10_21	N	1		11+4mem	N	28	VFD	8 1/2	N	N	N	N	N	?	x^N +/- Delta% Pi Sqrt % () MRC MUD M-= M+=	139x82x24		2xAA ?	Y					MBO
	R1000			197x		Scient	2007_12_21	N	1		24+5mem	N	40	VFD		N	N	N	N	N		sin cos tan asin acos atan log ln e^x 10^x 1/x Pi Sqrt % +/- MC MR M- M+			2xAA
	R2000			~1976		Scient	2007_12_21	N	1		39+3mem	N	48	VFD	8 1/2 + 2 1/2	N	N	N	N	N	Nec uPD952C	r->p sin cos tan asin acos atan sinh cosh tanh asinh acosh atanh p->r e^x 10^x y^x log ln d->r n! x^2 1/x x^(1/3) Sqrt r->d DMS-> DEG-> exp X/Y SUM/X [( )] +/- Pi X/M M+ MRC	159x88x28		2xAA	3VDC		MBO Monarch CX50
	R3000			197x		Scient	2007_12_21	N	>=1		40+9mem	N	43	VFD	8 1/2 + 2 1/2	N	N	N	N	N		Scient			Y	Y
	R1040L			197x		Scient	2007_12_21	N	1		Scient	N	35	YLCD		N	N	N	N	N		Scient
	R60LH			198x		4 funct	2007_12_21	N	1		6+4mem	N	25	LCD		N	N	N	mem	N		Sqrt % MC MR M- M+
Atlas-Rand
See Keystone ?
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	240			1974		4 funct	2011_07_29	N	0		5	N	18	Panaplex		N	N	N	N	N	Rockwell	%	133x80x44		4xAA	5VDC			USA
	260			197x		4 funct	2010_06_04	N	0		5	N	18	VFD		N	N	N	N	N		%	133x83x		4xAA sealed	Y
	290			197x		4 funct	2010_06_04	N	1		3+mem	N	22	gas discharge	8	N	N	N	N	N		EX Sqrt +/- M			Y	Y
Audel
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Audel			199x		4 funct wrist watch	2010_05_13	N	0		4+time	N	20	LCD	8+indic	N	N	N	N	Y			37x35x		Y	N
Audio Sonic
Aka as
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	no model name		1	197x		4 funct	2010_02_19	N	1		6+4mem	N	23	LED	8 1/2	N	N	N	N	N		% +/- MC MR M- M+			1x9V	9V	200mW
	960			197x		4 funct	2010_02_19	N	1		5+2mem	N	20	VFD	8	N	N	N	N	N		% RM M			Y	Y
	U100			197x		4 funct	2010_02_19	N	1		6+4mem	N	24	LED	8	N	N	N	N	N		% +/- CM RM M- M+			Y	Y		Conic EL-601
	no model name		2	197x		4 funct	2010_02_19	N	1		5+2mem	N	20	LED	8	N	N	N	N	N		% MS MR			1x9V	Y
Aurora
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	DC-10			197x		4 funct	2010_09_10	N	1		9+4mem	N	25	VFD	10.	N	N	N	N	N		% Delta% ?PM ITM EX CM RM M-= M+=	171x165x		2xD			Similar Aurora DC-10, Bohsei DT10, Calstar DT-10
	CB-900			<=1982	>=1982	4 funct+datachecker	2010_01_29	N	>=1		7+10mem	N	32	LCD	8+indic	N	N	N	N	N	Nec D1833G	+/- %	65x153x7		2x1.5Vcell	N			Taiwan
	ULTRA SLIM AP-809			198x		4 funct	2008_04_05	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		+/- Sqrt % MC MR M- M+			Y	N
	AC 126			198x/9x		4 funct	2012_07_22	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+	125x70x17		1xAA	N			Thailand
	AC 131			198x/9x		4 funct	2010_10_01	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		Sqrt % MRC M- M+			1xAA	N
	B67	BIG NUMBER		<=1991	>=1991	4 funct	2010_01_29	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % MRC M- M+	126x69x18		1xAA	N			Thailand
	B91	Big Number		199x		4 funct	2011_06_13	N	1		7+4mem	N	26	LCD	10+indic	N	N	N	N	N		+/- Sqrt % MC MR M- M+	159x122x7 open, 74x122x14 closed		1x1,5Vcell	solar			Taiwan		Calculatrice pliante
	D2B			199x		4 funct	2010_10_31	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+	124x76x19		2x1.5Vcell	N			Taiwan
	Picka Color			199x		4 funct	2010_10_31	N	1		5+3mem	N	22	LCD	8+indic	N	N	N	N	N		% MRC M- M+			?	solar
	SC110			199x/200x		Scient	2010_09_10	N	>=1		51+3mem+8stat	N	42	LCD	8+2+indic	N	N	N	mem	N		DRG sin cos tan sinh cosh tanh F<>E >DEG ln log a b -> EXP y^x Sqrt x^2 ( ) +/- DRG> asin acos atan asinh acosh atanh TAB n! ->DMS e^x 10^x ->rTheta ->xy CPLX Pi y^(1/x) x^(1/3) 1/x x->y ->BIN ->OCT ->HEX RND ->DEC % x->M RM M+n Sumx meanx Sumx^2 S sigma	135x77x10		1x1,5Vcell	N			Thailand
	FN1000			200x		Financial	2010_10_01	Y	>=1		Financial	N	42	LCD	10	N	N	N		N		Fiancial			Y	N
	SC100P			200x		Scient	2010_10_01	Y			Scient	N	50	LCD		N	N	N		N		Scient			Y	N
	SC260			200x		Scient	2010_10_01	N	>=1		+50+54mem+12stat	Y	50	LCD	12alpha+10+2num+indic	N	N	N		N		Scient			Y	N
	EB-965	DUAL POWER CALCULATOR		199x/200x		4 funct	2008_10_10	N	1		7+4mem	N	26	LCD	10+indic	N	N	N	N	N		% Sqrt +/- MU MRC M- M+	120x134x10open, 62x134x15closed		1x1,5Vcell	solar			Thailand
Baltimore Calcul
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	B438			<=1979	>=1979	4 funct	2013_04_13	N	1		6+4mem	N	24	LED	8.	N	N	N	N	N	TI TMS0972NL	+/- % MC M- M+ MR	125x72x21		1x9V	Y			Singapore
	B488			<=1980	>=1980	4 funct	2010_01_29	N	1		12+4mem	N	29	VFD	8 1/2	N	N	N	N	N	TI TMS1045NL	Pi +/- ( ) Sqrt X^2 1/X % MC M-= M+= MR	125x72x21		2xAA	Y		Calculor 488	Singapore
	B498			198x		4 funct	2009_05_27	N	1			N	27	VFD	8 1/2	N	N	N	N	N			125x72x21		2xAA	Y
	B530			198x		4 funct	2009_07_13	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		Sqrt % +/- CM MR M- M+	103x62x9		2x625R (1.5Vcell)	N	0.0006W		Singapore
Bashaw
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	101	Mathematician		197x		4 funct	2010_06_04	N	1			N		LED		N	N	N	N	N		%	127x76x		2xAA
Basic Line
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Basic Line			199x		Diary	2010_06_04	N	2Ko		Diary	Y	45	LCD		N	N	N	Mem	Y		Diary	71x109x9		1x3Vcell	N			China
Bazooka
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	912P			197x		4 funct	2010_06_04	N	0		6	N	19	LED		N	N	N	N	N		D %
Beltime
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	LC-707N			<=1981		4 funct+clock	2010_06_04	N	1		7+4mem+6time	N	31	YLCD	8+indic	N	N	N	N	Y		+/- Sqrt % M+ M- MR MC TmCall Tm Date Day Lp/Rst St/Sp
Berchet
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	MICROMATH			<=1982	>=1982	4 funct+game	2010_06_04	N	0		4+games	N	20+?	VFD	8	N	N	N	N	N					Y				France		Jeu educatif.
Berkey
Aka Berkey KEYSTONE -> see also Keystone
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	100			c1973		4 funct	2009_01_23	N	0		5	N	18	VFD		N	N	N	N	N		%	133x83x		4xAA
	350			<=1974	>=1974	4 funct	2009_01_23	N	0		5	N	18	Orange Fluo	8	N	N	N	N	N		%	133x83x		4xAA	Y			USA
	4030					Scientific	2009_01_23	N	0		18	N	30	VFD		N	N	N	N	N		Sin Cos Tan Asin Acos Atan EX e^x LN X^y Log Sqrt	171x89x		4xAA
Big Apple
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	BETA 1000G			198x	199x	Scient	2007_09_08	N	>1		Scient+Stat+Hex	N	42	LCD	11+indic	N	N	N	N	N		Scient+Stat+Hex	128x69x8		2x1.5Vcell	N	0.0004W	Sharp EL-506P			Copie de la Sharp EL-506P mais seulement labelé autrement.
	fm-231			198x	199x	4 funct	2010_05_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % RCM M- M+	116x63x		Y	N		Sharp			Copie d'une Sharp.
	TXP 632 G			199x		4 funct	2010_06_04	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+	145x95x19	200gr	Y	solar
Binatone
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	no model number			<=1975	>=1975	4 funct	2010_02_23	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	EA7055	%	125x66x22	98gr	1x9V	Y				Vintage Technology
	02-4252			<=1975	>=1975	4 funct	2010_02_23	N	0		6	N	19	VFD	8 1/2	N	N	N	N	N	TI TMS0851NL	D %	145x80x28	154gr	4xAA	Y		Eltex 2000		Vintage Technology
	PRESIDENT	02-4309		<=1975	>=1975	4 funct	2010_02_23	N	1		7+2mem	N	22	VFD	8 1/2	N	N	N	N	N	Sharp LI2003	+/- % Sqrt +M MT	139x74x20	122gr	2xAA	3VDC	0.3W			Vintage Technology
	EXECUTIVE	02-4325		197x		4 funct	2010_02_19	N	0		6	N	19	VFD	8	N	N	N	N	N		D %			Y	Y
	Super-thin			197x		4 funct	2010_02_19	N	1		6+3mem	N	22	VFD		N	N	N	N	N		Sqrt % M+ M- MT	121x70x		Sealed	Y		Concept Compact
	GENIUS			1974/75		4 funct	2010_02_23	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N		%	135x86x26	250gr (with dry cell)	4xAA	AC		Ibico 083 (083-A or 083-B).	Japan
	JUNIOR SLIDE RULE			<=1976	>=1976	4 funct+	2010_02_23	N	1		12+5mem	N	30	VFD	8 1/2	N	N	N	N	N		( ) X<>Y +/- % Sqrt x^2 1/x CM MR X<>M M- M+	151x81x34	184gr	3xAA	4.5VDC 80mA				Vintage Technology
	Mastermind	02/4503		<=1976	>=1977	4 funct	2010_02_23	N	1		5+4mem	N	23	LED	8 1/2	N	N	N	N	N	TI ZA0571	% MR MC M+ M-	127x68x22	76gr	1x9V	Y		Adman L-0831T		Vintage Technology
	BRAINWAVE	02/4619		197x		4 funct	2010_02_19	N	1			N	24	LED		N	N	N	N	N
	CADET	02-4694		<=1975	>=1975	4 funct	2011_08_24	N	1		5+2mem	N	20	VFD	8 1/2	N	N	N	N	N	Mostek MK5022AN	% MR M	125x72x18	92gr	2xAA	3VDC (4.5VDC max)	300mA			Vintage Technology
	MEMORY			<=1976	>=1977	4 funct	2010_02_23	N	1		6+4mem	N	24	LED	8.	N	N	N	N	N	TI TMS0972NL	CS % MC MR M- M+	135x70x23	70gr	1x9V	Y		Falcon 3000, Harvard H303, Mustang 3000, Polygon 3000.		Vintage Technology
Bingo
See Cheryco
BMB
Bourse des Machines de Bureau - Paris
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	80 S	80S		~1975		4 funct	2012_08_26	N	1		6	N	20	VFD	8 1/2	N	N	N	N	N		+/- %	127x76x20		2xAA	Y			Japan
	80 M	80M		<=1975	>=1975	4 funct	2010_01_29	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N	Mitsubishi M58618-81P	+/- % CM RM M+ M-	127x76x20		2xAA	Y			Japan
	80 MF	80MF		<=1975	>=1975	4 funct	2010_04_02	N	1		10+4mem	N	24	VFD	8 1/2	N	N	N	N	N	Nec uPD946C	% x^2 1/x Pi +/- Sqrt CM RM M+ M-	126x76x20		2xAA	Y			Japan
	98 MF	98MF		<=1976	>=1976	4 funct	2010_04_02	N	1		9+5mem	N	28	VFD	8 1/2	N	N	N	N	N	GI (General Instruments) CF-58.9 ou GI (General Instruments) CF-589	1/x x^2 Sqrt +/- %	130x82x22		2xAA	3VDC	200mA		Japan
	98S			<=1976	>=1976	4 funct	2010_01_29	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N	NEC D1801C (R6938M)	Pi Sqrt +/- %	130x82x23		2x1.5V	Y			Japan
BMC
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	800PR			197x		4 funct	2010_01_29	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N		Sqrt %
	803PM			<=1976	>=1976	4 funct	2010_01_29	N	1		8+3mem	N	24	VFD		N	N	N	N	N	Nec uPD278C	Pi Sqrt % +/- MRC M- M+	130x75x20		2xAA	3V 100mA	0.2W		Japan
BMS
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	LC 8	Casio pocket-LC II		<=1976	>=1976	4 funct	2009_12_30	N	1		5+1mem	N	21	YLCD	8.	N	N	N	N	N	Toshiba T3333	% MR	110x64x18	88g	1xAA	N	0.01W	Casio pocket-LC II	Japan
Bohn
Bohn Rex Rotary
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Instant			c1972		4 funct	2010_05_13	N	0		5	N	18	VFD	8	N	N	N	N	N		%	165x102x		5xAA	Y			Taiwan
	omnitrex			<=1973	>=1973	4 funct	2009_03_23	N	0		6	N	19	VFD	8 1/2	N	N	N	N	N	Rockwell A1032PD	+/- %	165x102x	272gr ?	5xAA	Y	1W5
	omnitrex M			<=1974		4 funct	2009_03_23	N	1		5+2mem	N	20	VFD	8	N	N	N	N	N		% MR MC	165x102x		5xAA	Y
	Omnitrex SR1			<=1974		4 funct	2009_03_23	N	1			N		VFD		N	N	N	N	N		Sqrt 1/x x^2 % Mt	165x102x		Sealed	Y
Bohsei
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	DT10			197x		4 funct	2010_01_31	N	1			N		VFD		N	N	N	N	N		% mem	171x159x		2xD			Similar Aurora DC-10, Bohsei DT10, Calstar DT-10
	140			197x		4 funct	2010_01_31	N	1		10+4mem	N	28	VFD		N	N	N	N	N		Pi 1/x x^2 % Sqrt +/- CM RM M-= M+=	152x83x		2xAA
	1000			<=1978	>=1978	4 funct	2010_01_31	N				N		VFD		N	N	N	N	N			133x76x		2xAA
	3000			<=1977	>=1978	4 funct	2011_07_29	N	1		6+4mem	N	24	LED	8.	N	N	N	N	N	TI TMS0972	CS % MC MR M- M+	133x70x24		1x9V	Y		Same case as Janon 3000, Nobility 3000, Tronica 3000, Unitrex 1000, Voesa3000	Hong Kong
Bolek
See Elwro
Boots
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	224 Memory			<=1978	>=1978	4 funct	2010_02_27	N	1		7+3mem	N	23	VFD	8.	N	N	N	N	N	Nec D1877C	Sqrt % Delta% MR M- M+	136x77x19	109gr	2xAA	3VDC	0.2W	Casio memory B-1	Japan		Existe en 2 variations de boitier, mais avec les memes fonctions.
	424			<=1977	>=1977	Scient	2009_07_28	N	1		30+3mem	N	35	VFD	8 1/2 + 2 1/2	N	N	N	N	N		"ln log x^y °'"" sin cos tan sinh cosh tanh 1/x Sqrt +/- Exp Pi e^x 10^x x^(1/y) asin acos atan asinh acosh atanh n! x^2 Min MR M+"	145x84x25		2xAA	3VDC		Casio fx-21
	425 SCIENTIFIC			<=1978	>=1981	Scient+Stat	2009_07_28	N	>=1		27+3mem+6stat	N	35	VFD	8 1/2 or 6 1/2+2 1/2	N	N	N	N	N	Hitachi HD38111A ?	"log ln x^y Sqrt °'"" sin cos tan +/- 1/x [(...6...)] EXP 10^x e^x x^(1/y) x^2 °'""<- asin acos atan x! Pi Min MR M+ n meanx sigman sigman-1 x SAC DEL"	145x84x25	134gr	2xAA	3VDC	0.25W	Casio fx-31	Japan
	314			197x/8x		4 funct	2010_09_26	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt % +/- MRC M- M+			Y	N
	232			~1980		4 funct	2009_12_23	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		Sqrt % MR M- M+	137x75x20		2xAA	N		Casio HL-802	Japan
	236			~1982		4 funct	2010_05_12	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Toshiba	% Sqrt MR M- M+	130x75x19		2xAA	N	0.00029W	Casio HL-805B	Japan
	636			198x		Scient	2010_02_27	N	>1		Scient	N	37	LCD	8+indic	N	N	N	N	N		Scient				N		Casio
	646			198x/9x		Scient	2010_02_27	N	>1		Scient	N	39	LCD	8+indic	N	N	N	N	N		Scient			1x3Vcell	N		Casio
Bowmar
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	901B			10/1971	>=1972	4 funct	2009_04_22	N	0		5	N	18	LED	8.	N	N	N	N	N	TI TMS0103	D	135x79x36	12 ounces (340g ?)	6xAA	Y		Craig 4501, Commodore C110	USA		Calcule sur 16 chiffres. L'afficheur s'eteint automatiquement pour économiser les accus. 1ère calculatrice fabriquée aux USA.
	901C			<=1972	>=1972	4 funct	2010_01_29	N	0		5	N	18	LED	8.	N	N	N	N	N	TI MS0103NC	D	133x78x37		6xAA sealed	Y			Canada
	901D		1	<=1972	>=1972	4 funct	2009_04_22	N	0		5	N	18	LED	10.	N	N	N	N	N	TI TMS0107	D	135x79x36		4xAA	Y			USA
	901D	BOWMAR Ten	2	<=1972	>=1972	4 funct	2010_09_29	N	0		5	N	18	LED	10.	N	N	N	N	N	TI TMS0107	D	135x79x36		4xAA	Y			USA		Boitier Blanc.
	905	THE ANSWER 2		<=1972	>=1972	4 funct	2011_07_29	N	0		4	N	17	LED	8 1/2	N	N	N	N	N			146x75x34		AA Sealed	Y			USA		Face avant du boitier blanche.
	90512	Century Mark IV		c1972	>=1974	4 funct	2008_05_08	N	0		4	N	17	LED	8 1/2	N	N	N	N	N	TI MS0103NC		148x78x33		3xAA Sealed	Y			USA		"On trouve des versions de 90512 avec ou sans logo ""Century Mark IV"" sur la face avant."
	MX8	90112		c1973		4 funct	2008_05_07	N				N		LED		N	N	N	N	N			127x76x38		Sealed	Y					Même boîtier blanc que 901B, les differences ne sont pas connues, peut-être est-ce simplement un nouveau numéro de modèle du 901B.
	MX10	90150		c1973		4 funct	2008_05_07	N				N		LED	10.	N	N	N	N	N			127x76x38		Sealed	Y					Même boîtier blanc que 901D, les differences ne sont pas connues, peut-être est-ce simplement un nouveau numéro de modèle du 901D.
	MX20	Brainchild , 90901		<=1973	>=1973	4 funct	2008_05_08	N	0		4	N	18	LED	8	N	N	N	N	N			152x70x22	120gr	3xAA	Y	65 - 148 mA
	MX20	Brainchild , 90911		c1972		4 funct	2008_05_08	N	0		4	N	18	LED	8	N	N	N	N	N			152x70x22		3xAA	Y
	MX40	Brain , 91801		<=1973	>=1973	4 funct	2008_05_07	N	0		4	N	17	LED	8.	N	N	N	N	N			140x78x37	9 oz	Sealed	Y					Rouge ou noire & rouge.
	MX40	Brain , 91802		<=1973	>=1973	4 funct	2008_05_07	N	0		4	N	17	LED	8.	N	N	N	N	N			140x78x37	9 oz	Sealed	Y					Jaune ou noire & jaune.
	MX40	Brain , 91804		<=1973	>=1973	4 funct	2008_05_07	N	0		4	N	17	LED	8.	N	N	N	N	N			140x78x37		Sealed	Y					Jaune ou noire & jaune.
	MX50	90505		<=1973	>=1973	4 funct	2008_05_07	N	0		5	N	18	LED	8	N	N	N	N	N		%	148x78x33		Sealed	Y					Liseré couleur argent qui fait le tour du clavier et de l'afficheur comme sur le MX55.
	MX50	90506	1	<=1973	>=1973	4 funct	2009_04_07	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	Rockwell15332PC + 4 TI	%	149x78x33		3xAA Sealed	Y			USA		Version avec des touches noires et rondes sur blanches et carrées.
	MX50	90506	2	<=1973	>=1973	4 funct	2009_04_02	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		%	149x78x33		3xAA Sealed	9VAC	275mA				Version avec des touches carrées noires.
	MX50	90515	1	<=1973	>=1973	4 funct	2009_07_15	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		%	148x78x33		3xAA Sealed	Y			Canada		Version avec des touches noires et rondes sur blanches et carrées.
	MX50	90515	2	<=1973	>=1973	4 funct	2008_05_07	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		%	148x78x33	98gr	3xAA Sealed	Y			Canada		Version avec des touches carrées noires.
	90516			197x		4 funct	2008_05_08	N	0		5	N	18	LED	8	N	N	N	N	N		%	148x78x33		Y	Y
	MX55	Century Mark IV		<=1974	>=1974	4 funct	2008_05_08	N	0		5	N	18	LED	8	N	N	N	N	N	Western Digital LC1552B	%	146x75x34		3xAAsealed	Y			Mexico		"On trouve des versions de MX55 avec ou sans logo ""Century Mark IV"" sur la face avant."
	MX60			<=1973	>=1973	4 funct	2008_05_07	N				N		LED		N	N	N	N	N		%	140x76x38	9 oz	3xAA	Y
	MX61	90601		197x		4 funct	2010_10_14	N	0		5	N	18	LED	8	N	N	N	N	N		%	148x78x33		3xAA	Y			USA		Existe en 2 versions de clavier.
	MX70	90701		<=1973	>=1973	4 funct	2008_05_07	N	1		4+2mem	N	19	LED	8	N	N	N	N	N	Rockwell1533x + 2x TI + 2x ITT B6179	MR MC	133x76x		Sealed	Y			USA
	MX80	90152		<=1973	>=1973	4 funct	2011_07_29	N	0		5	N	18	LED	10.	N	N	N	N	N		%	133x76x		6xAA	Y			USA
	MX90	MX-90 , 91505		<=1974	>=1974	4 funct	2008_05_08	N	1		8+4mem	N	25	LED	10	N	N	N	N	N		Sqrt 1/x % +/- MC MR M- M+	133x76x		Sealed	Y			Mexico		Existe en 2 versions de couleurs de clavier.
	MX100	92001 , MX100-2		<=1974	>=1975	Scientific	2008_05_08	N	1		19+4mem	N	25	LED	8 1/2	N	N	N	N	N	Rockwell A4001 2x ITT B6249 and 2xDM8895N.	X<>Y Y^X CS sin cos tan asin acos atan e^x LNx LOGx 1/X Sqrt Pi	133x76x		Sealed	Y			Mexico		Existe en 2 versions : touches du clavier blanches ou brunes.
	MX120	SUPERBRAIN		197x		Scientific	2008_05_08	N	1		17+5mem	N	24	LED	8 1/2	N	N	N	N	N		EE Conv sin cos tan asin acos atan Sqrt LN e^x Pi 1/x MC M<>X M- MR M+	150x70x20		3xAA	Y			Mexico
	MX140			<=1974	>=1974	Scientific	2008_05_08	N	Y		25+6mem	N	20	LED	10 1/2 + 2 1/2	N	N	N	N	N		Y^x sin cos tan 1/x LN Log x^2 X<>Y DEG +/- Pi [( )] asin acos atan e^x 10^x Sqrt RAD STO M+ MC RCL X<>M M-	133x76x		Sealed	Y
	MX75	MX-75 , 90705	1	<=1974	>=1974	4 funct	2008_05_08	N	1		5+2mem	N	20	LED	8 1/2	N	N	N	N	N		% MR MC	132x75x35	140gr	Sealed	Y			USA
	MX75	MX-75 , 90705	2	<=1974	>=1974	4 funct	2008_05_08	N	1		5+2mem	N	20	LED	8 1/2	N	N	N	N	N	Rockwell A1030PE	% MR MC	135x80x40	200gr	3xAA Sealed	Y			USA
	MX25			<=1975	>=1975	4 funct	2008_05_08	N	0		5	N	18	LED	8	N	N	N	N	N		%	152x70x		3xAA	Y			Mexico
	MX35			197x		4 funct	2008_05_08	N	1		5+mem	N	19	LED	8	N	N	N	N	N		% M			Y	Y
	math mate	mathmate		<=1974	1975	4 funct	2008_05_08	N	0		5	N	18	LED	8	N	N	N	N	N		%	152x76x		Y	Y
	math mate II	mathmate II		<=1974	>=1975	4 funct	2010_02_14	N	1		5+5mem	N	19	LED	8 1/2	N	N	N	N	N	GI C-594 + 2x ITT 510-5N (display drv)	% M (MC M<>x M- MR M+)	135x71x25	100gr	1x9V	9VDC			Mexico
	Count			197x		4 funct	2008_05_08	N	1		8+4mem	N	25	VFD	8 1/2	N	N	N	N	N		<-> Sqrt % +/- MC MR M- M+	140x76x		Sealed	Y					Similaire au Rockwell 24MS, seul modèle Bowmar dont le design n'est pas conforme au standard, peut-être est-ce le dernier modèle estampillé Bowmar avant banqueroute.
	no model name			~1978		4 funct	2008_05_08	N	1		6+4mem	N	24	LED	8.	N	N	N	N	N		CS % MC MR M- M+	133x70x24		1x9V	Y		Same case as Bohsei 3000, Janon 3000, Nobility 3000, Tronica 3000, Unitrex 1000, Voesa3000
Bradford
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	8DPS					4 funct	2010_01_29	N	0		6	N	20	VFD		N	N	N	N	N		% Sqrt	140x76x		2xAA			Same case as Craig 4521
BrainMate
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	800M			<=1973	>=1974	4 funct	2010_01_29	N	1		5+4mem	N	12	VFD	8+indic	N	N	N	N	N	Western Digital LC15520	% CM M- M+ RM	160x92x39		4xAA	Y			Japan
Braun
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	ET11	4954		1975	>=1975	4 funct	2010_10_10	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N		+/- %	134x79x24		2xAA	3VDC	0.4W	Omron 86	Japan
	ET22	4 955 700 , 4 955 702		<=1976	>=1978	4 funct	2010_01_29	N	1		7+4mem	N	25	VFD	8 1/2	N	N	N	N	N	Omron HD36261	+/- Sqrt % M+= M-= RM CM	146x79x22		2xAA	3VDC 0.11A			Japan
	ET23	4955		<=1976	>=1977	4 funct	2009_04_07	N	1		7+4mem	N	25	VFD	8 1/2	N	N	N	N	N	Omron HD36261 (7F 33)	+/- Sqrt % M+= M-= RM CM	146x79x22		2xAA	3VDC	0.11A (1976) 0.12A (1977)				Même uP que Omron 86M.
	ET33	4993		<=1977	>=1983?	4 funct	2010_01_29	N	1		8+3mem	N	25	LCD	8+indic	N	N	N	N	N	Sharp LI3004	Delta% +/- Sqrt % M+ M- MR/MC	137x77x10		2x1.5Vcell	N			Germany, Japan
	ET55	4835		1981	>=1984	4 funct	2013_04_14	N	1		8+4mem	N	27	LCD	8+indic	N	N	N	N	N		+/- Sqrt % 1/x M+ M- MR MC	137x77x11		2x1.5Vcell	N			Japan		Existe en 2 versions de design, une noire et l'autre blanche.
	ET66	4776	1	198x		4 funct	2009_04_07	N	1		7+4mem	N	27	LCD	8+indic	N	N	N	N	N		+/- Sqrt % M+ M- MR MC	137x77x11		1x1.5Vcell	N
	ET66	4776	2	1987		4 funct	2009_04_02	N	1		8+4mem	N	27	LCD	8+indic	N	N	N	N	N		+/- Delta% Sqrt % M+ M- MR MC	137x77x11		1x1.5Vcell	N
	ET44	4994		<=1977	>=1977	4 funct	2010_01_29	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		+/- Sqrt % M+ M- MR MC	140x73x10		2x1.5Vcell	N			Eire
	ETS77	4777		<=1987	199x	4 funct	2009_04_02	N	1		8+3mem	N	26	LCD	10+indic	N	N	N	N	N		Delta% +/- Sqrt % MRC M+ M-	137x77x11		N	solar
	ST1	4856 , solar		<=1987	>=1987	4 funct	2009_04_22	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		+/- Sqrt % MRC M- M+	54x86x2		N	solar
	ET88	4788 , world traveller		<=1991	>=1991	4 funct+clock	2009_04_07	N	1		8+3mem+6clk	N	29	LCD	8+4+4+indic	N	N	N	N	Y		+/- Delta% Sqrt % MRC M+ M- time world date alarm +/-1h start	137x77x11		1x3Vcell	N
	ET90	4769 , protocol		<=1995	>=1995	4 funct	2009_04_02	N	1+99steps		13+3mem	N	30	LCD	4x8+indic	N	N	N	mem	N		Lin Ent > ^ Cn V +/- Delta% % Rcl M+ Mt	139x76x11		1x3Vcell	N					Imprimante sans papier... La calculatrice mémorise les 99 dernières operations et on peut les consulter grâce à sont afficheur 4 lignes.
	ET100	4831		<=2000	>=2000	4 funct	2009_04_02	N	1+1		13+3mem	N	29	LCD	2x8+indic	N	N	N	N	N		Ent Money Euro < > Tax+ Tax- % +/- MRC M+ M-	138x77x12		1x3Vcell	N
Brinlock
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	33			<=1976	>=1977	4 funct	2010_02_19	N	1		5+5mem	N	23	VFD	8+1	N	N	N	N	N	GI CF585	% MC MR x<>M M- M+	136x70x23	98gr	1x9V	7V5DC	100mA				Nombre négatifs sur 7 chiffres.
	806			<=1980	>=1980	4 funct	2010_02_19	N	1		6+4mem	N	23	VFD	8 1/2	N	N	N	N	N	TI TMS1044NL	Sqrt % M+ M- RM CM	135x75x23	102gr	2xAA	3VDC
	806MD			<=1980	>=1980	4 funct	2010_02_19	N	1		6+4mem	N	23	VFD	8 1/2	N	N	N	N	N	Nec D1803C	% Sqrt M+ M- RM CM	133x84x19	90gr	2xAA	3VDC		Texet 1800
Brother
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	408	PRO CAL 408		~1971		4 funct	2007_12_21	N	0		4	N	17	VFD	8 + indic	N	N	N	N	N			175x105x52		7.2V sealed	Y	1.8W
	408A	PROCAL 408A		197x		4 funct	2007_12_23	N	0		4	N	17	VFD	8 + indic	N	N	N	N	N					Y	Y
	408X	PROCAL 408X		~1972		4 funct	2007_12_21	N	0		4	N	17	VFD	8 + indic	N	N	N	N	N			155x93x42		batt pack	Y	1.8W
	408Y	PROCAL 408Y		197x		4 funct	2007_12_23	N	0		5	N	19	VFD	8 + indic	N	N	N	N	N		%			Y	Y
	408AX			~1972		4 funct	2007_08_28	N				N		VFD		N	N	N	N	N			152x95x		5xAA
	408AY	PROCAL 408AY		<=1973	>=1973	4 funct	2010_01_29	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	Nec uPD273C	%	156x101x44		4xAA	6V	0.8W		Japan
	408C			~1972		4 funct	2007_08_28	N				N		VFD		N	N	N	N	N			171x102x		Sealed	Y
	508A			~1972		4 funct	2007_08_28	N	0		4	N	19	VFD	8 + indic	N	N	N	N	N			178x108x		5xAA
	508AY	PROCAL 508AY		~1973		4 funct	2011_07_24	N	1		5+2mem	N	22	VFD	8 1/2	N	N	N	N	N	Nec uPD277C	Sqrt +<>- % ME RM	145x95x40		4xAA	Y			Japan
	508S			~1973		Scientific	2007_12_23	N	1		19+4mem	N	25	VFD	8 1/2	N	N	N	N	N		X<>Y x^y +<>- sin cos tan asin acos atan e^x ln log 1/x Sqrt Pi X<>M CM RM ME	152x102x		6V sealed	Y
	827A			197x		4 funct	2010_06_07	N	1		5+4mem	N	22	LED ?	8	N	N	N	N	N		% RM M- M+ CM	127x78x22		4xAA	Y
	827R			<=1973	>=1974	4 funct	2011_10_07	N	1		5+4mem	N	22	LED	8 1/2 + 1Led	N	N	N	N	N	TI TMS0603NC	% RM M- M+ CM	127x78x22	150gr	3xAA	Y			Hong Kong
	508AZ	PROCAL 508AZ		197x		4 funct	2007_12_21	N	1		7+2mem	N	22	VFD	8 1/2	N	N	N	N	N		Sqrt % +<>- ME RM	145x85x20		Y	Y
	508Y	PROCAL 508Y		~1974		4 funct	2007_12_21	N	1		7+2mem	N	22	VFD	8 1/2	N	N	N	N	N	Nec uPD277C	Sqrt +<>- % ME RM	153x100x42		4xAA	Y
	508SR	PROCAL 508SR		~1976		Scientific	2007_12_23	N	1		20+4mem	N	26	VFD		N	N	N	N	N		DR X<>Y x^y +<>- sin cos tan asin acos atan e^x ln log 1/x Sqrt Pi ME RM CM X<>M			2xAA	Y
	508AD			~1975		4 funct	2009_07_26	N	1		9+3mem	N	25	VFD	8 1/2	N	N	N	N	N		x<>y Sqrt Pi +<>- % MRC M+= M-=	140x76x		2xAA	3VDC	0.25W		Japan
	508D			197x		4 funct	2010_02_19	N	1		9+3mem	N	25	VFD	8 1/2	N	N	N	N	N		X<>Y Sqrt Pi +/- % MRC M+= M-=	140x77x22		2xAA	3VDC	0.25W		Japan
	508E			<=1978	>=1978	4 funct	2010_01_29	N	1		9+3mem	N	25	VFD	8 1/2	N	N	N	N	N	Nec D1803C	X<>Y Sqrt Pi +/- % MR-C M+= M-=	143x75x20		2xAA	Y			Japan
	508ER			197x		4 funct	2009_04_18	N	1		9+3mem	N	25	VFD	8 1/2	N	N	N	N	N		X<>Y Sqrt Pi +/- % MR-C M+= M-=			2xAA	3VDC	0.35W		Japan
	508ER	508ER-II		197x		4 funct	2007_12_21	N	1		8+3mem	N	25	VFD	8 1/2	N	N	N	N	N		Sqrt Pi +/- % MR-C M+= M-=			Y	Y
	518AD			~1975		4 funct	2007_12_21	N	1		10+4mem	N	28	VFD	8 1/2	N	N	N	N	N		1/x x^2 Sqrt Pi +<>- % CM M+= M-= RM	140x77x22		2xAA	Y			Japan
	518D			~1975		4 funct	2007_08_28	N	1		10+4mem	N	28	VFD	8 1/2	N	N	N	N	N		1/x x^2 Sqrt Pi +<>- % CM M+= M-= RM			2xAA	Y
	512SR			~1977		Scientific	2007_12_21	N	1		30+3mem	N	40	VFD	8 1/2+2 1/2	N	N	N	N	N		"<- sin cos tan sinh cosh tanh asin acos atan asinh acosh atanh °'"" EXP. ln log e^x 10^x y^x 1/x Pi Sqrt x^2 +<>- x<>y CM RM ME"	158x93x26		4xAA	Y
	522SR			<=1975	~1978	Scientific	2007_08_28	N	1		30+3mem	N	40	VFD	12	N	N	N	N	N	Nec uPD951C	"<- sin cos tan sinh cosh tanh asin acos atan asinh acosh atanh °'"" EXP. ln log e^x 10^x y^x 1/x Pi Sqrt x^2 +<>- x<>y CM RM ME"	158x93x26		4xAA sealed	6VDC	0.5W		Japan
	201			<=1975	>=1975	4 funct	2010_02_27	N	1		7+2mem	N	22	VFD	8 1/2	N	N	N	N	N	Nec uPD276C	Sqrt % +/- MRC M=	153x88x33	185gr	4xAA	Y	60mA		Japan
	202			<=1975	>=1975	4 funct	2007_08_28	N	1		9+3mem	N	25	VFD	8 1/2	N	N	N	N	N	Nec uPD278C	Pi Sqrt % +/- EX MRC M- M+	153x88x33	184gr	4xAA	Y
	807			<=1974		4 funct	2007_12_21	N	0		6	N	20	LED	8 1/2	N	N	N	N	N		Sqrt %	127x76x		4xAA or 1x9V ?	Y
	808			197x		4 funct	2007_12_21	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N		% Sqrt			Y	Y
	861			197x		4 funct	2007_12_23	N	1		5+4mem	N	22	VFD	8 1/2	N	N	N	N	N		% CM RM -M +M	133x76x		Sealed	Y
	862			<=1975		4 funct	2007_08_28	N	1			N		VFD		N	N	N	N	N		% Sqrt mem	146x83x		Sealed	Y
	863			<=1975		Scientific	2007_08_28	N	1			N		VFD		N	N	N	N	N		Scientific	146x83x		Sealed	Y
	M7001			197x		4 funct	2007_12_23	N	1		8	N	22	VFD	8 1/2	N	N	N	N	N		Pi Sqrt +/- %			Y	Y
	M7002			197x		4 funct	2007_12_21	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N		% +/- CM RM M- M+			2xAA	Y	0.3W
	408D			<=1975	>=1975	4 funct	2010_01_29	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N	Nec uPD940C	Sqrt pi +<>- %	140x77x22		2xAA	3VDC	0.25W		Japan
	408AD			<=1975	>=1976	4 funct	2010_01_29	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N	Nec uPD940C	Sqrt pi +<>- %	140x77x22	120gr	2xAA	3VDC	0.25W		Japan
	408AZ	PROCAL 408AZ		<=1975	>=1978	4 funct	2010_01_29	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N	Nec uPD940C	Sqrt Pi % +<>-	145x85x21	132gr	4xAA	6VDC	0.4W		Japan		Existe en 2 couleurs différentes.
	408Z	PROCAL 408Z		~1977		4 funct	2007_12_21	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N		Sqrt Pi % +<>-	145x85x21		4xAA	Y
	418E			~1976		4 funct	2007_08_28	N	0		10	N	24	VFD	8 1/2	N	N	N	N	N		1/x x^2 Sqrt Pi +/- %			2xAA	Y
	418ER			197x		4 funct	2007_12_21	N	0		10	N	24	VFD	8 1/2	N	N	N	N	N		1/x x^2 Sqrt Pi +/- %	143x75x20		2xAA	Y
	428ER			197x		4 funct	2010_06_07	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N		+/- % M+= M-= MR MC	144x77x20		2xAA	3VDC	0,35W		Japan
	518AZ	PROCAL 518AZ		~1977		4 funct	2007_12_21	N	1		10+4mem	N	28	VFD	8 1/2	N	N	N	N	N		1/x x^2 Sqrt Pi % +<>- RM CM M+= M-=	148x85x23		4xAA	6VDC	0.4W
	518E			<=1976	>=1976	4 funct	2009_08_11	N	1		10+4mem	N	28	VFD	8 1/2	N	N	N	N	N	Nec uPD946C	1/x x^2 Sqrt Pi +/- % MC M+= M-= MR	144x77x20		2xAA	3VDC	0.25W		Japan
	518ER			<=1979	>=1979	4 funct	2007_12_21	N	1		10+4mem	N	28	VFD	8 1/2	N	N	N	N	N		1/x x^2 Sqrt Pi +/- % MC M+= M-= MR	144x77x20		2xAA	3VDC	0.35W
	707SR			197x		Scientific	2007_12_23	N	1			N	40	VFD	8 1/2	N	N	N	N	N		log 10^x ln e^x sin cos tan asin acos atan DEG-> DMS-> y^x Pi EXP CN X<>Y 1/x Sqrt x^2 +/- x<>M M- M+ MR-C			Y	Y
	712SR			<=1976	>=1976	Scientific	2010_01_29	N	1		36+3mem	N	45	VFD	8 1/2 + 2 1/2	N	N	N	N	N	Nec uPD952C	P->R R->P X<>Y n! log 10^x ln e^x sin cos tan asin acos atan sinh cosh tanh asinh acosh atanh DEG-> DMS-> y^x Pi EXP [( )] 1/x Sqrt x^(1/3) x^2 +/- X<>M MR-C ME	158x92x27		4xAA	6VDC	0.5W		Japan
	715SR			197x		Scientific	2007_12_21	N	1		37+3mem	N	46	VFD	8 1/2 + 2 1/2	N	N	N	N	N		R->P P->R Sum/Meanx X<>Y n! log 10^x ln e^x sin cos tan sinh cosh tanh asin acos atan asinh acosh atanh DEG-> DMS-> y^x Pi EXP [( )] 1/x Sqrt x^(1/3) x^2 +/- X<>M MR-C ME	160x93x27		4xAA	6VDC	0.5W
	722SR			~1977		Scientific	2007_12_23	N	1		36+3mem	N	45	VFD		N	N	N	N	N		P->R R->P X<>Y n! log 10^x ln e^x sin cos tan asin acos atan sinh cosh tanh asinh acosh atanh DEG-> DMS-> y^x Pi EXP [( )] 1/x Sqrt x^(1/3) x^2 +/- X<>M MR-C ME			4xAA	Y
	725SR			~1976		Scientific	2008_07_18	N	1		37+3mem	N	46	VFD	8 1/2 + 2 1/2	N	N	N	N	N	Nec uPD952C	R->P P->R Sum/Meanx X<>Y n! log 10^x ln e^x sin cos tan sinh cosh tanh asin acos atan asinh acosh atanh DEG-> DMS-> y^x Pi EXP [( )] 1/x Sqrt x^(1/3) x^2 +/- X<>M MR-C ME	160x93x27		4xAA	6VDC	0.65W		Japan
	907			197x		4 funct	2007_12_23	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N		Sqrt %			Y	Y
	110L			197x		4 funct	2007_12_21	N	1		7+3mem	N	24	YLCD	10+indic	N	N	N	N	N		Sqrt % +/- MRC M+ M-	130x71x10		3x1.5V cell	N	0.75mW
	811L			197x/8x		4 funct	2008_07_18	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	mem	N	Nec D1803G	Sqrt % +/- MRC M+ M-	145x76x22		2xAA	N	0.12mW		Japan
	812L			~1978		4 funct	2007_08_28	N	1		12+3mem	N	29	YLCD		N	N	N	N	N		X<>Y x^2 Sqrt 1/x Pi () % +/- M+ MRC MU/MD			2xAA	N
	813SR			~1979		4 funct	2009_04_18	N	1		13+3mem	N	29	YLCD	8+indic	N	N	N	N	N		EXP Sqrt x^2 1/x Pi % +/- ( ) M+ Min RM	144x77x22	127gr	2xAA	N	0.5mW		Japan
	828L			197x		4 funct	2007_12_21	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Toshiba T3489	Sqrt % +/- MRC M+ M-	110x65x9		2x1,5Vcell	N	0.35mW				Exist en couleur doré.
	738SR			~1978		Scientific	2007_12_21	N	1		37+5mem+7stat	N	40	YLCD	8+2+indic	N	N	N	N	N		DEG R->P sin cos tan sinh cosh tanh x<>y ln e^x x^2 y^x 1/x +/- EXP ( ) DMS P->R asin acos atan asinh acosh acosh n! log 10^x Sqrt x^(1/3) Delta% Pi x<>M M+= Min RM CM SD DATA meanx sigman-1 n DEL Sigmax^2 sigman Sigmax	135x74x10		2x1,5Vcell	N	0.5mW
	848L			~1979		4 funct	2007_12_21	N	1		14+4mem	N	34	YLCD	8+indic	N	N	N	mem			DPS X<>Y Sqrt x^2 1/x Pi () Delta% +/- % M+ M_ RM CM			2x1,5Vcell	N
	813SR			~1979		4 funct	2007_12_21	N	1		13+3mem	N	29	YLCD	8+indic	N	N	N	N	N		EXP Sqrt x^2 1/x Pi % +/- ( ) M+ Min RM	144x77x22		2xAA	N	0.5mW
	718SR			~1979		Scientific	2011_06_18	N	1		27+3mem+4stat	N	41	YLCD	8+indic	N	N	N	N	N		CN DMS-> DEG-> sin cos tan Pi y^x log 10^x ln e^x Sqrt x^2 EXP 1/x % +/- ( ) asin acos atan M+ RM Min n meanx sigman-1 DATA/DEL			2x1,5Vcell	N			Japan
	618ACL			~1979		4 funct+time	2007_08_28	N	1		6+3mem+7time	N	24	YLCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ T STP DY DT TM LAP SEC			2x1,5Vcell	N
	821L			~1980		4 funct	2010_04_18	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Hitachi HD43337	Sqrt % +/- MRC M+ M-	110x65x8		2xLR44 (1.5Vcell)	N	0.2mW		Japan		Version 1 : touches ON/C et CE. Existe en 2 coloris argenté ou noir.
	821L	821L-II		~1980		4 funct	2010_04_18	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt % +/- MRC M+ M-	110x65x8		2xLR44 (1.5Vcell)	N	0.12mW		Japan		Version 2 : touches ON et C/CE. Existe en 2 coloris argenté ou noir.
	822L			<=1979	>=1979	4 funct	2010_01_29	N	1		6+3mem+2time	N	24	LCD	8+indic	N	N	N	N	Y	Nec D1032G	% +/- MRC M+ M- SET TIME	110x65x8		2x1,5Vcell	N	0.07mW		Japan
	TP-1			~1979		4 funct+print	2011_06_23	N	1		8+4mem+6print	N	34	LCD	10+indic	N	N	Y	N	N		Sqrt 5/4 % +/- MS MT M+ M- ^TAB P/NP # S T	150x74x30		4xAA	6VDC	3W		Japan
	TP-1	TP-1 II		198x		4 funct+print	2011_08_13	N	1		8+4mem+6print	N	34	LCD	10+indic	N	N	Y	N	N		Sqrt 5/4 % +/- MS MT M+ M- ^TAB P/NP # S T	150x74x30		4xAA	6VDC	3W		Japan
	412	Calther 412		197x/8x		Desktop, 4 funct	2007_08_28	N	0		6	N	19	Nixie	12.	N	N	N	N	N		A R			N	Y
	BI-760SR	Solar Power		~1981		Scientific	2007_12_21	N	1		28+4mem+5stat	N	40	LCD	8+2+indic	N	N	N	N	N		x! DRG sin cos tan Pi log ln y^x x^2 1/x % EXP +/- ( ) DRG-> asin acos atan 10^x e^x y^(1/x) k x<>M M+ Min RM DATA DEL sigma^2 meanx sigman-1	135x69x7			solar
	BI-850	SOLAR POWER		~1981		4 funct	2009_12_30	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		Sqrt % +/- MRC M+ M-			N	solar			Japan
	8CC			198x		4 funct	2010_02_19	N	1			N	24	LCD	8+indic	N	N	N	N			+/- MRC M- M+			Y	N
	9CC			198x		4 funct + time	2007_12_21	N	1		7+3mem+2time	N	23	LCD	8+indic	N	N	N	N	Y		Sqrt % +/- MRC M-= M+=Time Adjust	60x95x6		1x3Vcell	N
	10CC			198x		4 funct + time	2007_12_21	N	1		6+3mem+10time	N	24	LCD	8+indic	N	N	N	N	Y		Sqrt % MRC M-= M+= Day TimeCall Date (((.))) Alarm PM Lap/Reset Adjust Time Start/Stop	60x95x		1x3Vcell	N
	11CC			198x		4 funct + time	2007_12_21	N	1			N		LCD		N	N	N	N	Y					Y	N
	708SR			~1985		Scient+stat	2007_12_23	N	1		34+5mem+8stat	N	38	LCD		N	N	N	N	N		MODE sin cos tan log ln y^x Sqrt 1/x DEG EXP DIG x<>y +/- ( ) asin acos atan 10^x e^x y^(1/x) x^2 Pi DMS CN NUML x! ENG LEVEL M+ Min MRC M- x<>M Sigma Sigmax Sigmax^2 N sigma sigma^2 meanx Sigmaout DATA/DEL			Y	N
	VC-80	PERMANENT MEMORY		198x		4 funct	2007_12_21	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	mem	N		Sqrt % +/- MRC M+ M-	86x54x4		1x3Vcell	N
Brunsviga
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	10R	Der Braunschweiger		<=1974	>=1975	Scient	2010_02_19	N	1		Scient	N	26	VFD	8 1/2	N	N	N	N	N		Scient	56x202x14	100gr	4xAAA	Y					N'affiche que 8 chiffres mais calcule sur 16.
	B-10			<=1975	>=1975	4 funct	2010_02_19	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N	Hitachi HD36290	% Sqrt	143x80x21		3xAA	DC
	Pocket Mini	B21		<=1976	>=1976	4 funct	2011_10_02	N	0		5+1mem	N	19	VFD	8	N	N	N	N	N	GI CF585	% M	102x63x21		2xAA	3VDC 150mA	0,24W		Taiwan		Fabriqué par Technico
	B22			<=1976	>=1976	4 funct	2010_02_19	N	1		7+3mem	N	23	VFD	8 1/2	N	N	N	N	N	Rockwell A5902CA	+/- Sqrt % M+ MR MC	135x76x24		3xAA	DC
Budget
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	BUDGET			~1975		4 funct	2010_05_23	N	0		5	N	18	LED	8	N	N	N	N	N		%			3xAA	Y			Hong Kong
Bulova
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	BULOVA			198x		4 funct+time	2010_05_14	N	0		4+5time	N	21	LCD	8+indic	N	N	N	N	Y		TIME ALARM SET SEC PM			1x3Vcell	N			Japan
Busicom
Nippon Calculating Machine corp.
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	LE-120GB	HANDY GOLD		1971	1971	4 funct	2010_05_26	N	0		4	N	17	LED	12.+2Leds	N	N	N	N	N	Mostek MK6010		124x70x23		4xAA	Y	0.36W		Japan		Version dorée (à l'or fin ???) du LE-120A. Prototype ?
	LE-120G	HANDY-LE		1971	1971	4 funct	2010_05_26	N	0		4	N	17	LED	12.+2Leds	N	N	N	N	N	Mostek MK6010		124x70x23		4xAA	Y	0.36W		Japan		Version dorée (à l'or fin ???) du LE-120A. Prototype ?
	LE-120A	HANDY LE	0	01/1971	1971	4 funct	2010_06_02	N	0		4	N	17	LED	12.+2Leds	N	N	N	N	N	Mostek MK6010		124x70x23	300gr with bat	4xAA	Y	0.36W		Japan	http://www.devidts.com/be-calc/poc_34951.html	Prototype ?
	LE-120A	HANDY-LE	1	01/1971	>=1972	4 funct	2010_06_02	N	0		4	N	17	LED	12.+2Leds	N	N	N	N	N	Mostek MK6010		124x70x23	300gr with bat	4xAA	Y	0.36W	similar NCR 1844	Japan	http://www.devidts.com/be-calc/EP/poc_17470.html	"A aussi été appelé ""120""sans le ""A"" dans des brochures. Relativement petite pour une des premières calculatrices de poche."
	LC 120	HANDY LC		01/1971	>=1971	4 funct	2010_06_02	N	0		4	N	17	LCD	12.	N	N	N	N	N					Y					http://www.devidts.com/be-calc/poc_34952.html	Prototype ?
	120-DC	exec 120-DC		12/1971	>=1972	4 funct desktop	2010_06_03	N	0		4	N	17	VFD tubes	12.+2Leds	N	N	N	N	N	Mostek MK6010L		210x142x54	1000gr	4xD	Y	1W		Japan	http://www.devidts.com/be-calc/desk_30400.html	Pas un modèle de poche.
	LE-120S	handy LE-120S		02/1972	>=1972	4 funct	2010_05_26	N	0		4	N	17	LED	12.+2Leds	N	N	N	N	N	Mostek MK6010L		124x67x24	220gr	4xAA				Japan
	LE-120T	Decor LE-120T		05/1972	>=1972	4 funct	2010_06_02	N	0		4	N	17	LED	12	N	N	N	N	N					?	Y
	LE-80A	handy LE-80A		05/1972	>=1972	4 funct	2010_05_20	N	0		4	N	16	LED	8 1/2	N	N	N	N	N	TI TMS0105BNC		81x55x21	100gr with bat	4xN	N			Japan
	LE-100A	handy LE-100A		09/1972	>=1972	4 funct	2010_06_02	N	0		4	N	17	LED	10 1/2	N	N	N	N	N	TI TMS0106NC		124x67x25	200gr	4xAA	Y			Japan	http://www.devidts.com/be-calc/poc_08006.html
	80-DC	exec 80-DC		<=1972	>=1972	4 funct	2010_01_29	N	0		4	N	17	VFD	8 1/2	N	N	N	N	N	TI TMS0105BNC		175x105x50		4xC	4.8VDC	1W		Japan
	120-DN	exec 120-DN	2	1972	>=1973	4 funct	2010_05_28	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	Rockwell 15332PB	%	148x73x17		4xN	N			Japan		Prototype ? Le 120-DN version 1 (~1971) est un modèle de bureau, sur secteur uniquement.
	801DD			197x		4 funct	2008_05_09	N	0		6	N	20	VFD		N	N	N	N	N		% Sqrt	152x76x		2xAA
	LE-80B	handy LE-80B		<=1973	>=1973	4 funct	2010_05_27	N	0		4	N	16	LED	8	N	N	N	N	N	TI TMS0105BNC		81x55x21	100g	4xN	N			Japan		Existe en 2 couleurs de claviers.
	PA-80S			197x		4 funct	2008_05_09	N	0		5	N	18	LED	8 1/2	N	N	N	N	N		%	83x57x		Y			Pico PA 90D, Vista Z48P
	60-DA	Personal		09/1972	>=1973	4 funct	2010_06_02	N	0		5	N	18	VFD	6. +2led	N	N	N	N	N	Mostek MK6010L	<-	175x105x50	600gr	4xAA	Y	1W		Japan	http://www.devidts.com/be-calc/poc_14330.html	N'affiche que 6 chiffres mais calcule sur 12.
	60-DB	Personal 60-DB		04/1973	>=1973	4 funct	2010_06_02	N	0		5	N	18	LED	6. +2led	N	N	N	N	N	Mostek MK6010L	<-	152x86x42	310gr	4xAA	Y	1W		Japan	http://www.devidts.com/be-calc/poc_13849.html , http://www.datamath.org/Related/Busicom/60-DB.htm	N'affiche que 6 chiffres mais calcule sur 12.
	LE-80AS			04/1973	>=1973	4 funct	2010_05_26	N	0		4	N	16	LED	8 1/2 +1led	N	N	N	N	N	TI TMS0105BNC				4xAA	Y			Japan
	LE-80FA	handy LE-80FA		~1973		4 funct	2010_06_02	N	0		6	N	18	LED	8 1/2	N	N	N	N	N		S %	133x65x10	80gr	Y					http://www.devidts.com/be-calc/poc_34970.html
	812	COLEX		<=1975	>=1975	4 funct	2010_05_14	N	1			N		VFD	8.	N	N	N	N	N					4xAA						Fabriqué par Colex.
	812-SL	COLEX		<=1975	>=1975	4 funct	2010_05_14	N	1		6+5mem	N	24	VFD	8 1/2	N	N	N	N	N	Mostek MK50311N	Sqrt % CM M+ RM M- X<>M	143x77x17	172gr	4xN	6VDC	150mA			Vintage Technology	Fabriqué par Colex.
	118B			~1978		4 funct	2010_05_26	N	1		7+3mem	N	23	VFD	8 1/2	N	N	N	N	N	Sharp LI2013	Sqrt % +/- MR M- M+			2xAA	Y			Japan
	830			198x		4 funct desktop	2010_06_02	N	1		9+4mem	N	29	LCD	12+indic	N	N	N	N	N		+/- %MU/% Sqrt GT -> MC MR M- M+			?	solar				http://www.devidts.com/be-calc/ED/desk_37517.html
	3260	Ruler Calculator		198x		4 funct	2010_05_26	N	1		6+4mem+2	N	26	LCD	8+inidc	N	N	N	N	N		Sqrt % MC MR M+ M- OVER 10cm			?	solar					Le coin bas droite de la calculatrice presente la molette d'un curvimetre.
Busimac
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	F80PR			197x		4 funct	2013_02_10	N	0		6	N	20	VFD		N	N	N	N	N		% Sqrt			2xAA	Y			Japan
Busitron
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Busitron	Omron 86		<=1974	>=1975	4 funct	2008_04_21	N	0		6	N	20	VFD	8.+2led	N	N	N	N	N	Omron HD3672 (4M 31) or Omron HD36291 (5D 33)	+/- %	134x79x24	126gr	2xAA	3VAC	0.4W				En fait c'est une Omron 86 avec un autocollant Busitron simplement collé par dessus le label Omron 86.
BWM
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	20063PM			198x-9x		4 funct	1999_05_09	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+	107x120x17		1x1.5Vcell + solar	N
C.Itoh
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	8000			197x		4 funct	2010_06_09	N	0		6	N	20	VFD	8	N	N	N	N	N		% +/-	135x85x34		4xAA	6VDC
	8005			<=1975	>=1975	4 funct	2007_12_08	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N	Nec uPD940C	+/- % Sqrt Pi	135x85x32	136gr	4xAA	6VDC	0.5W
	8025		1	<=1975	>=1975	4 funct	2009_03_17	N	1		7+3mem	N	23	VFD	8 1/2	N	N	N	N	N	Sharp LI2003	Sqrt +/- % RM M- M+	137x84x33		4xAA	6VDC	0.5W		Japan
	8025		2	197x		4 funct	2009_03_17	N	1		7+4mem	N	24	VFD	8+	N	N	N	N	N		Sqrt +/- % CM RM M- M+			4xAA	6VDC	0.5W
	Pocket 8			197x		4 funct	2010_01_31	N			6	N		VFD		N	N	N	N	N		% Sqrt	140x89x?		2xAA	Y
	80		1	<=1976	>=1976	4 funct	2010_04_02	N	0		7	N	21	VFD	8 1/2	N	N	N	N	N	TI TMS0855NL	D Sqrt C CE%	124x80x23		2xAA	Y
	80		2	<=1976	>=1976	4 funct	2010_01_31	N	0		8	N	22	VFD	8 1/2	N	N	N	N	N		Pi Sqrt % +/-			2xAA	Y
	SR-80N			197x		Scient	2010_01_31	N	1		20+4mem	N	26	VFD		N	N	N	N	N		Scient			Y	Y
	LC-2500			197x/198x		4 funct	2010_01_31	N	1		7+4mem	N	24	YLCD		N	N	N	N	N	TI TMS0855NL	Sqrt % +/- % CM RM M- M+			Y	N
C.P.
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	1403			<=1983	>=1983	4 funct	2010_02_19	N	1		5+4mem	N	24	LCD		N	N	N	N	N		% CM MR M+ M-	92x96x6		2x1,5Vcell	N
Calconsa
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Calconsa			197x		4 funct	2010_02_19	N	1		5+2mem	N	20	VFD	8 1/2	N	N	N	N	N		-N T M				Y
Calculated Industries
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Loan Arranger			197x		4 funct	2008_05_09	N				N		VFD		N	N	N	N	N											"S'il existe une version ""II"" il doit exister une version ""I""."
	Loan Arranger II			197x		4 funct	2008_05_09	N			7	N	23	VFD		N	N	N	N	N		AMT INT TERM LOAN/PMT CH %			9V						"Fonctions de ""calculs de prêts""."
	FINANCIAL I			1982	>=1982	Finance	2010_06_09	N	1		Finance	N	34	LCD	8+indic	N	N	N	N	N		Finance	130x70x		Y	N
	Pocket Handyman	Dimensonal Calculator		~1985		4 funct + conv	2008_05_09	N	1		Unit conversion	N	32	LCD		N	N	N	N	N		Unit conversion			Y	N
	Pocket Handyman IV	Feet/Inch Metric Calculator		198x		4 funct + conv	2010_06_09	N	1		Unit conversion	N	34	LCD	8+indic	N	N	N	N	N		Unit conversion			Y	N
	GradeMatic 200	The GradeMatic 200		1988	>=1988	Grade calculation	2008_05_09	N			Grade calculation	N	46	LCD	10+indic ?	N	N	N	N	N		Grade calculation			Y	N
	Pay Master			1989	>=1989	Pay calculation	2008_05_09	N			Pay calculation	N	46	LCD		N	N	N	N	N		Pay calculation			Y	N
	Construction Master III			199x		Construction Master	2008_05_09	N	1		Construction Master	N	42	LCD		N	N	N	N	N		Construction Master			Y	N
	Time Master II			199x		Time calculation	2007_10_27	N			Time	N	36	LCD		N	N	N	N			Time calculation			Y	N
	ElectricCalc Pro	5065		<=2005	>=2008	Electrical	2010_06_09	N			Electrical calculations	N	42	LCD	8+indic	N	N	N	N	N		Electrical calculations			Y	N
	Qualifier Plus IIIx	3415		200x		Construction Master	2010_06_09	N	1		Construction Master	N	42	LCD	10+indic ?	N	N	N	N	N		Construction Master			Y	N
Calculor
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	S-930			<=1976	>=1976	4 funct	2010_01_29	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	TI ZA0571	%	126x67x24		1x9V	Y		Unico L-0830T	Singapore		Distribué par CREADIS Paris.
	468			~1977		4 funct	2011_06_14	N	1		7+3mem	N	23			N	N	N	N	N		+/- % Sqrt M-= M+= MRC	125x72x21		2xAA	Y
	488			<=1977	>=1977	4 funct	2009_04_08	N	1		12+4mem	N	29	VFD	8 1/2	N	N	N	N	N	TI TMS1045NL	Pi +/- ( ) Sqrt X^2 1/x % MC M-= M+= MR	125x72x21		2xAA	Y		Baltimore Calcul B488
	24M			<=1977	>=1977	4 funct	2010_01_29	N	1		5+4mem	N	23	LED	8.	N	N	N	N	N	TI TMS0972NL	% MR MC M+ M-	126x67x23		1x9V	Y		Unico L-0831T	Singapore
	2050			198x		4 funct	2012_05_01	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		% +/- Sqrt MRC M- M+	141x75x21		2xAA	N		Voesa LC-5	Hong Kong
	LCD 2002			197x/8x		4 funct	2011_06_05	N	1		6+4mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt % CM MR M- M+	110x64x9		2x1.5Vcell	N	0.1mW		Hong Kong
	LCD 2004			198x		4 funct	2011_10_04	N	1		7+4mem	N	24	LCD	8+indic	N	N	N	N	N		+/- Sqrt % MC MR M- M+	118x71x10		2x1.5Vcell	N			Singapore
	LCD 2007			<=1988	>=1988	4 funct+clock	2011_11_13	N	0		5+6mem	N	25	LCD	8+indic	N	N	N	N	Y	Sharp LI3040	% Alm.1 Alm.2 D TM ST D<>T	62x101x6		2x1.5Vcell	N	0,5mW		Hong Kong
Calcumatic
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	840			<=1974	>=1974	4 funct	2010_01_29	N	0			N		VFD		N	N	N	N	N			159x83x		4xAA
	860			<=1975	>=1975	4 funct	2010_06_09	N	0		5	N	19	VFD	8	N	N	N	N	N		%	127x76x		4xAA	Y
	870			<=1975	>=1975	4 funct	2010_01_29	N	1		10+1mem	N	24	VFD	8 1/2	N	N	N	N	N		1/x x^2 Sqrt EX % +/- M	127x76x		4xAA
Calcumaster
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	PEL-1002			198x		4 funct	2008_05_09	N	1		7+4mem	N	26	LCD	8+indic	N	N	N	N	N		% +/- Sqrt MC MR M- M+			Y	solar
Calcupen
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Calcupen			1975	1977	4 funct & pen	2008_05_09	N	0		5	N	5	LED	8.	N	N	N	N	N		%	160x15x15		2xN	N					Les 5 touches peuvent basculer dans 4 directions ce qui permet d'avoir au total 20 touches virtuelles.
Calfax
Calfax Inc. (New York, USA)
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Data Brain			197x		4 funct	2006_06_06	N				N				N	N	N	N	N
	data brain II			~1974		4 funct	2010_06_09	N	1		5+2mem	N	20	LED	N	N	N	N	N	N		% RM/CM M	133x76x		1x9V	Y
	689			197x		4 funct	2010_09_14	N	1		6+4mem	N	24	LED	8	N	N	N	N	N		K % MR M+ M- MC			Y				Hong Kong
	800-CD			197x		4 funct	2006_08_16	N	0			N		LED		N	N	N	N	N			127x83x		1x9V
	820-CD			197x		4 funct	2006_08_16	N	0			N		LED		N	N	N	N	N			140x77x35		1x9V
	825P			~1974		4 funct	2010_06_09	N	0		5	N	18	LED	8.	N	N	N	N	N		%	142x77x23		1x9V	Y		~Datacal 250 DC	Hong Kong
	890P			<=1975	>=1975	4 funct	2006_08_16	N	0		6	N	19	LED	8.	N	N	N	N	N	Rockwell A4130PA	% K	140x77x35	104gr	1x9V	Y					Existe en 2 couleur différentes des touches d'opérations (bleu et blanc).
	899S			197x		Scientific	2006_08_16	N	0			N		LED		N	N	N	N	N		Scientific	140x77x35		1x9V
	Calfax			197x		4 funct	2006_08_16	N	1		5+1mem	N	20	LED		N	N	N	N	N		% M	140x77x35		1x9V
	616			197x		4 funct	2010_06_09	N	0		4	N	16	LED	6	N	N	N	N	N			127x73x25		1x9V				Hong Kong		RPN.
	1100M			~1976		4 funct	2006_08_16	N	1		5+1mem	N	20	LED		N	N	N	N	N		% M	140x77x35		1x9V
Calstar
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	DT-10					4 funct	1998_08_19	N	1		9+4mem	N	25	VFD	10.		N	N	N	N		% Delta% ?PM ITM EX CM RM M-= M+=	178x165x		2xD			Similar Aurora DC-10, Bohsei DT10, Calstar DT-10
Caltek / Detron
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	830D			1977 ?		4 funct	2010_04_25	N	0		10	N	23	VFD	8 1/2	N	N	N	N	N	Hitachi: HD37330	+/- % pi x^2 1/x Sqrt	117x74x18		1xAA	Y
	830MD			197x		4 funct	2010_04_25	N	1		6+4mem	N	23	VFD	8 1/2	N	N	N	N	N		% Sqrt M+ M- RM CM	117x74x19		1xAA	Y
Caltronic
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	812			<=1972	>=1973	4 funct	2010_09_23	N	0		4	N	17	LED	8	N	N	N	N	N	CT (Cal Tex) CT5002		147x77x30	186gr	1x9V	Y			Hong Kong		Calcule sur 12 chiffres.
	912			<=1972	>=1972	4 funct	2010_09_23	N	0		4	N	17	LED	8.	N	N	N	N	N			147x77x30		1x9V	Y					Calcule sur 12 chiffres.
	606			<=1972	>=1973	4 funct	2010_09_23	N	0		5	N	17	LED	6.	N	N	N	N	N	Mostek MK5012P or CT (Cal Tex) CT5002	<-	155x83x26	170gr or 135gr	1x9V	Y					Calcule sur 12 chiffres. Existe avec 2 claviers differents.
Cambridge Computer
Cambridge Computer LTD.
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Z88			1988	>=1988	Computer	2012_07_14	Y	32KB	128KB		Y	63	LCD	80x8lines	640x64	Y	Ext	Y	Y	Zilog Z80A 3.2768 MHz		287x209x23	~900gr	4xAA	Y			Scotland
Candle
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	800B			197x		4 funct	2006_08_16	N	0		7	N	21	VFD			N	N	N	N		+/- % Sqrt			4xAA
	800N			197x		4 funct	2006_08_16	N	0			N		VFD			N	N	N	N		% Sqrt +/-	140x76x		2xAA
	801M			c1973		4 funct	1998_08_20	N	1		6+2mem	N	21	LED			N	N	N	N		+/- %	127x76x		Sealed	Y
	808E			c1973		4 funct	1998_08_20	N	1		8+4mem	N	25	VFD			N	N	N	N		+/- x<>y Sqrt %	140x76x		4xAA
Cannella
Cannella Corp. Syracuse, NY
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	RS-1	Kel-Co Class Computer		c1979		4 funct	2010_06_13	N	0		16	N	29	LED		N	N	N	N	N		Race tracking	140x70x		1x9V			APF RS-1			Calculatrice (at)hippique utilisée pour le calcul des handicaps des cheveaux.
	RS-2	Kel-Co Class Computer		<=1979	>=1980	4 funct	2010_06_13	N				N	29	LED		N	N	N	N	N		Race tracking	140x70x		1x9V			APF RS-2
Canon
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	Pocketronic			1970	1973	4 funct	2010_01_02	N	0		4	N	18	Printer	no	N	N	Y	N	N	3xTI TMC1730B, TMC1731A & TMC1732A		208x100x48	816gr	8xAA s	16VDC	1W	Monroe-Litton 10	Japan
	Palmtronic LE-10			1971	>=1972	4 funct	2008_07_29	N	0		4	N	18	LED	10 1/2	N	N	N	N	N	TI TMC1824NC + TMC1825ANC		145x83x38		4xAA bat pack	6VDC / 4.8VDC	2.3W / 1.4W		Japan		Vumètre de l'état des piles.
	Palmtronic LE-10A			>1972		4 funct	2008_07_17	N	0			N		LED	10	N	N	N	N	N					Y	Y
	Palmtronic LE-80	LE-80		<=1972	>=1973	4 funct	2008_07_23	N	0		4	N	18	LED	8+	N	N	N	N	N	TI TMS0101		140x84x36		4xAA	6VDC / 4.8VDC	0.8W / 0.5W		Japan		Vumètre de l'état des piles.
	Palmtronic LE-80M	LE-80M		1973	>=1973	4 funct	2008_07_31	N	0		4	N	18	LED	8+	N	N	N	N	N	Hitachi HD3553		168x84x36		4xAA batt pack	6VDC / 4.8VDC	0.8W / 0.6W		Japan		Vumètre de l'état des piles.
	Palmtronic LE-80R	LE-80R		1973	>=1974	4 funct	2008_07_31	N	0		5	N	18	LED	8+	N	N	N	N	N	TI TMS0126NC	Sqrt	147x84x36		4xAA	Y			Japan		Vumètre de l'état des piles.
	Palmtronic LE-81	LE-81		1973	>=1974	4 funct	2010_01_04	N	0		4	N	18	LED	8 1/2	N	N	N	N	N	Toshiba T3237 (3E) & T3238 (3E)		150x79x36		4xAA	6VDC	0.4W		Japan		Afficheur LED signé Bowmar Optostic.
	Palmtronic LE-81M	LE-81M		<=1974	>=1974	4 funct	2008_07_29	N	1		6+1mem	N	21	LED	8 1/2	N	N	N	N	N	TI TMC0605NC	Sqrt %+- T	138x77x36	186gr	4xAA or pack	N	0.1W		Japan
	Palmtronic LE-82	LE-82		<=1973	>=1974	4 funct	2008_07_24	N	0		5	N	18	LED	8 1/2	N	N	N	N	N	TI TMS0128	%+-	147x84x36		4xAA	6VDC / 4.8VDC	0.8W / 0.5W		Japan		Vumètre de l'état des piles.
	Palmtronic LE-83	LE-83		<=1973	>=1974	4 funct	2008_07_24	N	0		4	N	17	LED	8+1led	N	N	N	N	N	TI TMS0101NC		154x74x24	140gr	4xAA	Y	0.5W		Japan		Utilise l'adaptateur secteur AD-1.
	Palmtronic LE-84	LE-84		1974	>=1975	4 funct	2010_01_04	N	0		4	N	18	LED	8+1led	N	N	N	N	N	TI TMS0801NC (7421)		154x74x24	140gr	4xAA	6VDC	0.4W		Japan		Utilise l'adaptateur secteur AD-1. Exist aussi avec un logo de Panther.
	Palmtronic LE-85	LE-85		1974	>=1975	4 funct	2008_07_31	N	0		6	N	20	LED	8 1/2	N	N	N	N	N	TI TMS0807NC	Sqrt %+-	154x74x24	210gr	4xAA	Y	0.5W		Taiwan
	PANTHER 85	LE-85		1974	>=1975	4 funct	2008_07_31	N	0		6	N	20	LED	8 1/2	N	N	N	N	N	TI TMS0807NC	Sqrt %+-	154x74x24	210gr	4xAA	Y	0.5W	Canon Palmtronic LE-85	Taiwan
	Palmtronic LE-100	LE-100		<=1974	>=1974	4 funct	2008_07_31	N	0		4	N	18	LED	10 1/2	N	N	N	N	N	TI TMS0125		138x77x36		4xAA or bat pack	6VDC / 4.8VDC	1W / 0.xW		Japan
	Palmtronic LD-10M	Palmtronic 10M , LD-10M		<=1975	>=1975	4 funct	2008_07_24	N	1		8+3mem	N	24	VFD	10 1/2	N	N	N	N	N	TI ZA0552	1/a a^n MU %+- RM/CM M+= M-=	160x81x32		3xAA	Y			Japan
	Pocketronic II			<=1974	>=1974	4 funct	2008_07_24	N	0		5	N	19	Printer		N	N	Y	N	N	TI TMS0138, TMS0641	%+-	200x102x49	700g	sealed	15VDC	2W		Japan, USA
	Palmtronic FC-80	FC-80		<=1974	>=1974	4 funct	2009_04_13	N	1		6+mem+conversions	N	26	LED	8 1/2	N	N	N	N	N	Hitachi HD3650, HD3656	Units conversions	138x77x36	280gr	4xAA	4.8VDC	0.4W		Japan, USA
	Palmtronic LD-80	LD-80		<=1974	>=1974	4 funct	2008_08_11	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	TI TMS0855NC	%+-	145x89x30	148gr	4xAA	DC	0,4W		Japan
	PANTHER D			<=1974	>=1974	4 funct	2008_07_23	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	Hitachi HD3633	%+-	145x89x30	148gr	4xAA	DC	0,4W	Canon Palmtronic LD-80	Japan
	Palmtronic LD-81	LD-81		<=1975	>=1975	4 funct	2013_04_13	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N	TI TMS0855NC or Hitachi HD36290	Sqrt %+-	130x73x21	112gr	2xAA	3VDC	0.2W		Japan
	PANTHER 8			<=1975	>=1976	4 funct	2008_07_23	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N	Hitachi HD36290	Sqrt %+-	130x73x21	112gr	2xAA	Y	0.2W	Canon Palmtronic LD-81	Japan
	Palmtronic LD-82	LD-82		<=1975	>=1975	4 funct	2008_07_19	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N	TI TMS0855NC	Sqrt %+-	130x73x21	112gr	3xAA	Y	0.3W		Japan
	Palmtronic LD-83	LD-83		~1975		4 funct	2008_07_19	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N		Sqrt %+-	130x73x21		2xAA				Japan
	Palmtronic F-2			~1975		Scientific	2008_07_18	N	0		18	N	23	VFD	7 1/2 + 2 1/2	N	N	N	N	N	ZA0535	1/x EXP R->D a^x SC D->R Sqt sin cos tan e^x 10^x ln log	160x81x32		3xAA	Y			Japan		Calculatrice scientifique très basique.
	Palmtronic F-3			197x		Scientific	2008_08_03	N	1		Scient	N	26	LED	8	N	N	N	N	N		Scient	138x76x36		4xAA	Y
	Palmtronic F-5			<=1974	>=1975	Scientific	2008_07_18	N	1		Scient+4mem	N	26	LED	8 1/2	N	N	N	N	N	Rockwell A4001-15471PA	RV R a^x SC sin cos tan asin acos atan e^x ln log 1/x Sqrt Pi	138x76x36		4xAA or rech pack	6VDC / 4.8VDC	0.8W / 0.6W		Japan
	Palmtronic F-6			~1975		Scientific	2008_08_05	N	1			N	23	VFD	8 1/2 + 2 1/2	N	N	N	N	N			160x81x32		3xAA	4.5VDC
	Palmtronic F-6			<=1975	>=1976	Scientific	2008_07_18	N	1		21+2mem	N	24	VFD	8 1/2 + 2 1/2	N	N	N	N	N	Hitachi HD3699	"a^x Sqrt EXP SC Pi sin cos tan asin acos atn e^x ln log a°'""-> a°'""<- 1/x RM/CM M+"	160x81x32		3xAA	4.5VDC	0.6W
	Palmtronic F-7			<=1974	>=1975	Scient+conversion	2008_07_18	N	2		28+4mem+20conv	N	36	LED	8 1/2 + 2 1/2	N	N	N	N	N	Hitachi HD3650 + HD3651 + HD3653 + HD3666	"sin log 10^x 1/x cos ln e^x a^x tan Sqrt [ ] EXP SC asin a°'""-> n! REC-> acos a°'""<- Pi POL-> atan x^(1/3) a^x M+ SM T RM + 20conv"	176x86x49	370gr	4xAA	Y
	Canola L804			~1975		4 funct desktop	2010_02_19	N	0		5	N	20	VFD	8 1/2	N	N	N	N	N		%+-			Y	Y
	Canola L812			<=1975	>=1976	4 funct desktop	2008_08_01	N	1		6+2mem	N	22	VFD	8 1/2	N	N	N	N	N	Hitachi HD36264	%+- +<> RM CM	156x131x44		4xAA	Y			Japan		Modèle de bureau.
	Palmtronic LD-8M2	LD-8M-2 , LD-8M 2		<=1975	>=1976	4 funct	2009_10_06	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N	Hitachi HD36264A	Sqrt %+- CM M+= M-= RM	130x74x21	114gr	2xAA	3VDC	0.2W		Japan
	Palmtronic 8M	LD-8M3		<=1975	>=1979	4 funct	2009_07_13	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N	TI TMS1042NL or Nec uPD946C (1975/76)	Sqrt %+- CM M+= M-= RM	141x76x20	118gr	2xAA	3VDC	0.4W		Japan		Exite en 2 versions de boitier légèrement différentes.
	Palmtronic 8	LD-84		~1975	>=1976	4 funct	2008_07_29	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N	TI TMS0855NL (7632) or Nec uPD946C	Sqrt %+-	130x74x21	104gr	2xAA	3VDC	0.4W		Japan		Exite en 2 versions de boitier légèrement différentes.
	Palmtronic 8M	LD-84M		197x		4 funct	2008_07_23	N	1			N		VFD		N	N	N	N	N		% Sqrt	140x70x		2xAA
	Palmtronic 8R	LD-84R		~1975		4 funct	2008_07_30	N	1		5+1mem	N	20	VFD	8 1/2	N	N	N	N	N		%+- RM/CM	130x74x21	104gr	2xAA	3VDC	0.2W		Japan
	Palmtronic 8s	LD-8s		<=1976	>=1977	4 funct	2013_04_13	N	0		6	N	20	VFD	8 1/2	N	N	N	N	N	TI TMS1042NL	Sqrt %+-	117x70x14	72gr	2xAAA or rech pack	3VDC	0.2W		Japan
	Palmtronic 8Ms	LD-8Ms		<=1976	>=1977	4 funct	2008_07_28	N	1		6+4mem	N	24	VFD	8 1/2	N	N	N	N	N	TI TMS1042NL (7727)	Sqrt %+- CM M+= M-= RM	128x70x14		2xAAA or rech pack	3VDC	0.2W		Japan
	Palmtronic 8Rs	LD-8Rs		<=1976	>=1977	4 funct	2008_08_12	N	1		5+1mem	N	20	VFD	8 1/2	N	N	N	N	N	TI TMS1042NL	%+- RM/CM	117x70x13	72gr	2xAAA	3VDC	0.2W		Japan
	8-T	SEXAGESIMAL CALCULATOR, Palmtronic 8-T		~1976		4 funct	2008_07_28	N	1		8+2mem	N	24	VFD	8 1/2	N	N	N	N	N	Hitachi HD3650, HD3601,02,03,04,06,57	HOUR MINUTE SECOND SC M+ RM/CM	146x76x20		2xAA	3VDC	0.3W		Japan		Calcule en Heures, Minutes, et secondes
	Palmtronic 8 mini			<=1976	>=1976	4 funct	2008_07_28	N	0		5	N	19	VFD	8 1/2	N	N	N	N	N	TI TMS0855	%+-	92x66x25		2xAA	N			Japan
	Palmtronic LC	Palmtronic LC-1	YLCD	<=1976	>=1978	4 funct	2010_01_02	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Hitachi HD42200	%+- Sqrt SC RM/CM M+= M-=	114x65x10		2xLR44 (1.5Vcell) or 2xAccu	3VDC	0.01W		Japan
	Palmtronic LC	Palmtronic LC-1	LCD	~1977		4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		%+- Sqrt SC RM/CM M+= M-=	114x65x10		2x				Japan
	Palmtronic LC	Palmtronic LC-2	YLCD	<=1976	>=1977	4 funct	2010_01_02	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Nec D877G	%+- Sqrt SC RM/CM M+= M-=	118x65x10		3xLR44 (1.5Vcell)	N	0.5mW		Japan
	Palmtronic LC	Palmtronic LC-2	LCD	~1977		4 funct	2008_07_30	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		%+- Sqrt SC RM/CM M+= M-=	114x65x10		2xLR44 (1.5Vcell)	N			Japan
	Palmtronic LC	Palmtronic LC-3		~1977		4 funct	2008_08_04	N	1			N		LCD		N	N	N	N	N			?x?x9		Y	N			Japan
	Palmtronic LC	Palmtronic LC-4		<=1977	>=1977	4 funct	2008_08_03	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N		Sqrt +<>- %+- RM/CM M+= M-=	121x76x8	51gr with bat	2xLR44 (1.5Vcell)	N			Japan
	Palmtronic LC	Palmtronic LC-4T		<=1977	>=1977	4 funct+time	2008_08_03	N	1			N	24	LCD	8+indic	N	N	N	N	Y			121x76x8		2xLR44 (1.5Vcell)	N			Japan
	Palmtronic LC	Palmtronic LC-5		1978	>=1978	4 funct	2008_08_04	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Toshiba T3707	Sqrt +<>- %+- RM/CM M+= M-=	115x68x4	51gr with bat	1xCR2025 (3Vcell)	N	0.18mW		Japan		Existe en 2 couleurs argenté ou noir.
	Palmtronic LC	Palmtronic LC-6		08/1978	>=1978	4 funct	2011_06_20	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T3707	%+- Sqrt +<>- RM/CM M-= M+=	95x60x3		1xCR2025 (3Vcell)	N	0.18mW		Japan
	Palmtronic LC	Palmtronic LC-7		02/1979	>=1979	4 funct	2008_08_04	N	1			N		LCD		N	N	N	N	N			?x?x2		Y	N			Japan
	LC-4U			~1977		4 funct	2008_08_03	N	1		8+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M-= M+=	121x76x8		Y	N			Japan		Pour le marché japonnais seulement.
	LC-41U			~1977		4 funct	2008_08_03	N	1		8+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M-= M+=	121x76x8		Y	N			Japan		Pour le marché japonnais seulement.
	LC-5U			~1977		4 funct	2008_08_03	N	1		8+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M-= M+=			1x3Vcell	N			Japan		Pour le marché japonnais seulement.
	LC-6U			197x/8x		4 funct	2008_08_03	N	1		5+3mem+2	N	23	LCD	8+indic	N	N	N	N	N		%+- RM/CM M+= M-=	94x56x8		Y	N			Japan		Pour le marché japonnais seulement.
	LC-6UT			197x/8x		4 funct+time	2008_08_03	N	1		8+3mem+time	N	25	LCD	8+indic	N	N	N	N	Y		Sqrt %+- RM/CM M-= M+=			1x3Vcell	N			Japan		Pour le marché japonnais seulement.
	Palmtronic 10M	LD-10M2		<=1976	>=1976	4 funct	2008_08_04	N	1		7+3mem	N	28	VFD	10 1/2	N	N	N	N	N	Nec uPD1001C	Sqrt 1/x %+- RM/CM M+= M-=	140x76x20		2xAA	Y			Japan
	Palmtronic 10M	LD-10M3		<=1976	>=1977	4 funct	2008_08_12	N	1		10+3mem	N	28	VFD	10 1/2	N	N	N	N	N	TI TMC1277NL	Delta% MU&MD %+- a^n RV -> RM/CM M+= M-=	143x74x22		2xAA	Y	0.4W		Japan		"Calculatrice ""d'affaires""."
	Palmtronic F-31	MATHEMATIC CALCULATOR		<=1976	>=1977	4 funct+	2010_01_02	N	1		14+3mem	N	30	VFD	8 1/2	N	N	N	N	N	TI TMS1045NL	Sqrt Pi x^2 1/x %+- RV -> ( ) SC CM RM M+	145x76x19		2xAA	3VDC	0.2W		Japan
	Palmtronic F-41	SCIENTIFIC CALCULATOR		<=1976	>=1976	Scient	2008_07_21	N	1		23+2	N	30	VFD	8	N	N	N	N	N	Matsushita MN9002	"sin cos tan asin acos atan 1/x log ln a^x Sqrt SC EXP Pi 10^x e^x RV x^2 SC a°'""-> RM/CM M+"	145x76x20		2xAA	3VDC	0.25W		Japan
	Canola L1010			<=1976	>=1977	4 funct desktop	2008_07_28	N	1		5+4mem	N	22	VFD	10 1/2	N	N	N	N	N	TI ZA0552	%+- RM CM M-= M+=	156x131x44		4xAA	Y			Japan		Modèle de bureau.
	Canola LC1014			<=1977	>=1978	4 funct desktop	2008_07_28	N	1		7+4mem	N	25	YLCD	10+indic	N	N	N	N	N	Toshiba T3665	%+- Sqrt -> RM M+= M-= CM	188x140x36		4xAA	N			Japan
	F-51	SCIENTIFIC CALCULATOR / Palmtronic F-51		<=1977	>=1977	Scient	2008_07_21	N	1		30+3mem	N	40	VFD	8 1/2 + 2 1/2	N	N	N	N	N	Nec uPD951C	"sin cos tan asin acos atan sinh cosh tanh asinh acosh atanh 10^x e^x a^x x^2 1/x log ln a°'""-> Sqrt Pi RV <- SC EXP CM RM M+ "	150x83x27		4xAA	Y			Japan
	F-61	SCIENTIFIC/STATISTICAL CALCULATOR Palmtronic		~1976	>=1977	Scient	2008_07_22	N	>=1		35+4mem+7stat	N	40	VFD	8 1/2 + 2 1/2	N	N	N	N	N	Nec uPD955C	"sin cos tan log ln a°'""-> P->R Pi a^x Sqrt 1/x RV n! ( ) SC EXP asin acos atan sinh cosh tanh asinh acosh atanh 10^x e^x a°'""<- P<-R x^(1/3) RM/CM M+ SUM STAT DLT Sumxi Sumxi^2 n SD v meanx"	150x83x27		4xAA	Y			Japan
	F-71	SCIENTIFIC/STATISTICAL CALCULATOR Palmtronic		<=1977	>=1977	Scient	2008_07_29	N	5		35+5mem+stat	N	43	VFD	10 1/2 + 2 1/2	N	N	N	N	N	Hitachi HD36140 + HD36141	"sin cos tan log Pi log ln a°'""-> P->R n! 1/x a^x x^y Sqrt ( ) SC EXP asin acos atan sinh cosh tanh asinh acosh atanh 10^x e^x a°'""<- P<-R CMn RMn Mn+ DLT OUT SUM n Sumx Sumx^2 maenx sigmax Sumy Sumy^2 meany sigmay Sumxy sigmaxy a b rxy"	150x83x27	182gr	4xAA or bat pack	6VDC	0.6W		Japan
	MULTI 8	PALMTRONIC MD-8		1977	>=1979	4 funct	2008_07_31	N	1		8+3mem	N	24	VFD	8 x 2 lines + M and sign indicator	N	N	N	N	N	TI TMC1079NL	RV Sqrt %+- SC CM RM M+	154x76x22	154gr	3xAA	4.5VDC	0.5W		Japan		Afficheur à 2 lignes VFD peu commun.
	Palmtronic LC-8M	LC-8M		<=1978	>=1979	4 funct	2010_01_02	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Nec D888G (82676) or Toshiba T3709	Sqrt %+- SC M+= M-= RM/CM	128x70x13		2xAAA	N	0.22mW		Japan
	Palmtronic LC-81M	LC-81M		1979	>=1979	4 funct	2008_07_23	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Toshiba T3709	Sqrt %+- SC RM/CM M+= M-=	128x70x13		2xAAA	N			Japan
	RULER-8	LC-R8		~1978		4 funct	2010_07_18	N	1		5+3mem	N	22	YLCD	8+indic	N	N	N	N	N		%+- M+= M-= RM/CM	36x199x11		2xLR44 (1.5Vcell)	N	0.003W	Sanyo LC-R8 or similar to TI-1700 DATACLIP	Japan		Se présente sur la forme d'une règle.
	Canola L813			<=1978	>=1980	4 funct desktop	2009_05_27	N	1		6+3mem	N	22	VFD	8 1/2	N	N	N	N	N	TI TMS1045NL	%+- +<>- RM CM	156x131x44		4xAA	Y			Japan		Modèle de bureau.
	Palmtronic F-52	F-52		~1979		Scient	2008_07_21	N	>=1		29+5mem+8stat	N	35	YLCD	8 or 5+2 + indic	N	N	N	N	N		"sin cos tan log ln a^x Sqrt 1/x a°'""-> RV [( )] +<>- EXP asin acos atan 10^x e^x y^(1/x) x^2 Pi a°'""<- n! CN RM/CM M+ SM M- x<>M STAT SUM/DLT Sumxi Sumxi^2 n SD V meanx"	117x71x10		2xCR2025 (3Vcell)	N			Japan
	Palmtronic F-62	SCIENTIFIC/STATISTICAL CALCULATOR , F-62		~1978		Scient	2008_07_21	N	>1		39+5mem+11stat	N	37	YLCD	10/11 or 8+2 + indic	N	N	N	N	N		"sin cos tan sinh cosh tanh log ln a^x Sqrt 1/x a°'""-> RV [( )] +<>- EXP asin acos atan asinh acosh atanh 10^x e^x y^(1/x) x^2 Pi a°'""<- n! nCr nPr R->P P->R CN RM/CM M+ SM M- x<>M ND1 ND2 ND3 STAT SUM/DLT Sumxi Sumxi^2 n SD V meanx"	117x71x10		2xCR2430 (3Vcell)	N	2mW		Japan
	Palmtronic LC MEMO	LC MEMO		<=1978	>=1978	4 funct+data memo	2008_07_28	N	1+256bytes		7+4mem+5memo	Y	30	YLCD	8 (from 8segments) +indic	N	N	N	mem	N	Toshiba T3721, T3691	Sqrt +<>- %+- CM RM M+= M-= MEMO NUMBER DELETE SPACE CHECK	119x64x9		3xLR44 (1.5Vcell)	N			Japan
	Palmtronic LC QUARTZ	LC QUARTZ		<=1978	>=1978	4 funct+time	2008_07_28	N	1		7+4mem+6time	N	31	YLCD	8+indic	N	N	N	N	Y	Toshiba T3566	Sqrt +<>- %+- CM RM M+= M-= ST/SP LAP/RESET DT DY TM TM_CALL	145x69x9		2xLR44 (1.5Vcell)	N			Japan
	LC	card LC		~1978		4 funct+time	2008_08_11	N	1		6+3mem+11time	N	25	LCD	8+indic	N	N	N	N	Y		Sqrt %+- RM/CM M-= M+= (((.))) ALARM_SET TIME_CALL DATE DAY LAP/RESET PM ST/SP Bell TIME ADJ			1x3Vcell	N			Japan
	LC cardquartz	LC-5T		197x/8x		4 funct+time	2009_07_13	N	1		6+3mem+10time	N	24	LCD	8+indic	N	N	N	N	Y		Sqrt %+- RM/CM M-= M+= [(.)] TIMECALL SET/ALARM DATE DAY LAP/RESET PM ST/SP TIME ADJ	110x65x5		1x3Vcell	N	0.6W		Japan
	EX-1			1977	>=1978	4 funct+money conversions	2008_07_26	N	1		5+3mem+6money conv	N	25	LCD	8+indic	N	N	N	N	N	Nec uPD1824G	%+- RM/CM M-= M+= FRM TO EXG xRATE /RATE RATE	99x56x4		1xCR2025	N			Japan
	Canola L-3			<=1979	>=1980	4 funct desktop	2010_05_08	N	1		10+4mem	N	28	VFD	12	N	N	N	N	N	Hitachi HD38401	Delta% Sqrt -> %+- +<>- RV CM RM M-= M+=	184x126x44		4xAA or rech pack	6VDC	0.25W		Japan		Modèle de bureau.
	Canola M-1			1979	>=1979	4 funct desktop	2008_07_31	N	1		7+4mem	N	25	VFD	8	N	N	N	N	N		Sqrt -> %+- RM M+= M-= CM	166x90x38	220gr with bat	Y	Y					Modèle de bureau.
	Canola M-2			1979	>=1979	4 funct desktop	2008_07_31	N	1		7+4mem	N	25	VFD	10	N	N	N	N	N		Sqrt -> %+- RM M+= M-= CM	166x90x38	220gr with bat	Y	Y					Modèle de bureau.
	Canola MD 810	MD810		<=1979	>=1979	4 funct desktop	2008_07_28	N	1		8+3mem	N	28	VFD	8 x 2 lines + M and sign indicator	N	N	N	N	N	TI TMC1079NL	Sqrt RV %+- +<>- M+ RM CM	157x76x20		3xAA				Japan		Modèle de bureau.
	LS-720W			~1979			2008_08_01
	card LC	LC-7		1979	>=1979	4 funct	2012_05_17	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Toshiba T3867S	Sqrt %+- RM/CM M-= M+=	53x86x2		1xCR2016 (3Vcell)	N	0,15mW		Japan		Existe en couleur bleue, noire ou argentée.
	card LC	LC-10M		<=1980	>=1980	4 funct	2008_07_27	N	1		8+3mem	N	23	LCD	10+indic	N	N	N	N	N		Delta% %+- Sqrt +<>- RM/CM M-= M+=			Y	N
	card LC-20	LC-20		<=1978	>=1981	4 funct	2010_01_02	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Toshiba T3709	Sqrt %+- SC RM/CM M+= M-=	138x75x18		2xAA	N	0.18mW		Japan		Existe en 2 différentes couleurs.
	card LC-31	LC-31		<=1979	>=1981	4 funct	2010_01_02	N	1		6+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Toshiba T3709	Sqrt %+- SC RM/CM M+= M-=	128x70x13		2xAAA	N	0.18mW		Japan
	card LC-32	LC-32		197x	>=1981	4 funct	2008_07_18	N	1		7+3mem	N	24	YLCD	8+indic	N	N	N	N	N	Toshiba T3709	Sqrt %+- SC RM/CM M+= M-=	140x70x19		2xAA	N	0.18mW		Japan		Existe en boitier blanc ou noir.
	Palmtronic LC-82M	LC-82M		<=1980	>=1985	4 funct	2008_07_27	N	1		8+3mem	N	24	YLCD or LCD	8+indic	N	N	N	N	N	Toshiba T6045	Sqrt Pi %+- SC RM/CM M+= M-=	128x70x13		2xAAA	N	0.12mW		Japan
	LC	LC-43		197x/8x		4 funct	2011_06_20	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	114x54x5		1x3Vcell	N	0,28mW
	card LC	card LC-51		197x/8x		4 funct	2008_07_30	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- RM/CM M-= M+=	110x65x5		1x3Vcell	N			Japan
	card LC	card LC-52		<=1980	>=1980	4 funct	2008_07_30	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T3867	%+- Sqrt +<>- RM/CM M-= M+=	110x65x5		1x3Vcell	N	0.18mW		Japan
	Palmtronic FC-32	METRIC CONVERTER		<=1980	>=1981	4 funct+conversions	2008_07_23	N	1		6+3mem+14conv	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T3808	%+- SC RM/CM M+= M-= +14conv	140x70x19		2xAA	N			Japan
	card FC-42	METRIC CONVERTER		<=1980	>=1980	4 funct+conversion	2009_03_17	N	1		6+3mem+14conv	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T3808	+<>- %+- RM/CM M+= M-= +14conv	129x70x10		2xLR44 (1.5Vcell)	N		~Toshiba LC-838	Japan
	P4-D			~1980		4 funct+printer	2008_07_29	N	1		5+4mem+4print	N	27	VFD		N	N	Y	N	N		%+- M* Mdiamond M+= M-= ^ * # Diamond			Y	Y
	QS-1			~1979		4 funct+time	2008_08_11	N	1		7+3mem+15time	N	35	LCD	8+indic	N	N	N	N	Y		Sqrt +<>- %+- M+= M-= RM/CM + time			1x3Vcell	N			Japan
	card LC	LC-61		<=1979	>=1980	4 funct	2008_07_27	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T3867
	LC cardquartz	LC-61T	1	<=1979	>=1979	4 funct+clock	2010_01_02	N	1		6+3mem+10clk	N	25	LCD	8+indic	N	N	N	N	Y	Toshiba T3821	Sqrt %+- RM/CM M-= M+= ((.)) ALARM_SET TIME_CALL DATE DAY LAP/RESET PM ST/SP TIME ADJ	94x56x4		1x3Vcell	N	0.6mW		Japan		Existe en couleur noire ou argentée.
	LC cardquartz	LC-61T	2	<=1979	>=1979	4 funct+clock	2008_09_05	N	1		6+3mem+11clk	N	25	LCD	8+indic	N	N	N	N	Y	Toshiba T3821	Sqrt %+- RM/CM M-= M+= (((.))) ALARM_SET TIME_CALL DATE DAY LAP/RESET PM ST/SP bell TIME ADJ	94x56x4		1x3Vcell	N	0.6mW		Japan		Existe en couleur noire ou argentée.
	card F-55S	SCIENTIFIC / STATISTICAL CALCULATOR		<=1980	>=1980	Scient	2008_07_21	N	>=1		26+2mem+5stat	N	28	LCD	8 or 5+2 + indic	N	N	N	N	N	Toshiba T3934S	"sin cos tan asin acos atan a^x a°'""-> a°'""<- Pi e^x ln 10^x log x^2 1/x Sqrt %+- ( ) +<>- EXP RM/CM M+ n meanx SD DLT SUM"	91x56x6		1xCR2016 (3Vcell)	N			Japan		Existe en couleur noire ou argentée. Un switch à 4 positions permet de sélectionner 4 fonctions différentes par touches pour les 4 touches de la première ligne.
	card LC	CARD LC-41		<=1979	>=1979	4 funct	2009_12_22	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Hitachi HD43337 or Toshiba T3709	%+- Sqrt +<>- RM/CM M-= M+=	121x70x11	65gr	2xLR44 (1.5Vcell)	N	0.18mW		Japan
	card MULTI 81	MD-81		<=1979	>=1980	4 funct	2008_07_28	N	1		10+4mem	N	28	LCD	8x2lines + indic	N	N	N	N	N	Toshiba T3715A	RV Sqrt ( ) %+- +<>- CM RM M-= M+=	119x69x8		2xLR44 (1.5Vcell)	N			Japan
	card F-42	F-42		<=1980	>=1980	Scient	2010_03_01	N	1		22+3mem	N	34	LCD	8+indic	N	N	N	N	N	Toshiba T3941	sin cos tan ln log a^x x^2 1/x Sqrt Pi %+- +<>- EXP asin acos atan e^x 10^x RM SM M+	127x69x9		2x1.5Vcell	N	0.5mW		Japan
	F-43			198x		Scient	2008_08_01	N	1		26+3mem	N	37	LCD	8 ou 5+2 + indic	N	N	N	N	N		sin cos tan DRG log ln a^x x^2 Pi 1/x %+- ( ) +<>- EXP asin acos atan 10^x e^x y^(1/x) Sqrt RM SM M+	155x75x20		Y	N
	card F-56	SCIENTIFIC/STATISTICAL CALCULATOR		<=1981	>=1981	Scient+Stat	2008_07_21	N	>=1		32+4mem+9stat	N	37	LCD	8 or 5+2 + indic	N	N	N	N	N	Nec uPD1854G	"sin cos tan D/G DRG log ln a^x Sqrt 1/x a°'""-> RV ( ) +<>- EXP asin acos atan NORM 10^x e^x y^(1/x) x^2 Pi a°'""<- n! CN RM/CM M+ SM M- x<>M SumMODE SumOUT SUM/DLT Sumxi Sumxi^2 n SD V meanx"	155x75x20		2xAA	N	0.6mW	Palmtronic F-56	Japan
	Palmtronic F-56	SCIENTIFIC/STATISTICAL CALCULATOR		<=1981	>=1981	Scient+Stat	2008_07_21	N	>=1		32+4mem+9stat	N	37	LCD	8 or 5+2 + indic	N	N	N	N	N	Nec D1854G	"sin cos tan D/G DRG log ln a^x Sqrt 1/x a°'""-> RV ( ) +<>- EXP asin acos atan NORM 10^x e^x y^(1/x) x^2 Pi a°'""<- n! CN RM/CM M+ SM M- x<>M SumMODE SumOUT SUM/DLT Sumxi Sumxi^2 n SD V meanx"	155x75x20		2xAA	N	0.6mW	card F-56	Japan
	card F-72	F-72		<=1980	>=1984	Scient+stat	2010_03_08	N	>=1		32+5mem+13stat	N	59	LCD	11 or 8+2 + indic	N	N	N	N	N	Toshiba T3801S	"sin cos tan sinh cosh tanh P->R R->P a°'""-> a°'""<- Pi log ln y^(1/x) y^(1/3) Sqrt 10^x e^x a^x x^2 1/x RV %+- ( ) +<>- EXP asin acos atan asinh acosh atanh CM RM x<>M M- M+ x<>M DLT n meanx sigma^n V^n n! nPr nCr SUM Sumx Sumx^2 sigma^n-1 V^n-1"	140x117x6open		1xCR2032 (3Vcell)	N	0.3mW		Japan		Calculatrice pliante.
	F-33	SCIENTIFIC CALCULATOR		<=1981	>=1981	4 funct++	2010_01_29	N	1		13+4mem+	N	33	LCD	8+indic	N	N	N	N	N	Nec D1831G	DS Sqrt x^2 1/x Pi RV () +<>- %+- CM RM M+= M-=	155x75x20		2xAA	N	0.1mW		Japan
	F-73	SCIENTIFIC/STATISTICAL CALCULATOR		<=1981	>=1985	Scient+stat	2008_08_04	N	>=1		73	N	42	LCD	10/11 or 8+2 + indic	N	N	N	N	N	Toshiba T6711	Scient+Stat	138x70x9	75gr	2xLR44 (1.5Vcell)	N	0.36mW		Japan
	F-73P	SCIENTIFIC/STATISTICAL CALCULATOR		<=1981	>=1985	Scient+stat	2008_08_04	Y	1+45steps		73+prog	N	44	LCD	10/11 or 8+2 + indic	N	N	N	N	N	Toshiba T6711	Scient+Stat+prog	138x70x9	75gr	2xLR44 (1.5Vcell)	N			Japan
	card MULTI FC-82	FC-82		<=1981	>=1981	4 funct+conversions	2008_08_04	N	1		7+3mem+28conv	N	29	LCD	8x2lines + indic	N	N	N	N	N	Toshiba T6716S	Sqrt +<>- %+- RM/CM M+= M-=	119x69x8		2xLR44 (1.5Vcell)	N			Japan
	card LC	LC-62 , CARD LC-62		<=1981	>=1981	4 funct	2010_01_02	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T3867S	%+- Sqrt +<>- RM/CM M-= M+=	99x57x5		1x3Vcell	N	0.15mW		Japan
	card LC-63	LC-63		~1982		4 funct	2008_08_04	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- RM/CM M-= M+=	96x56x4	40gr	1xCR2025 (3Vcell)	N
	LC-8T	Time Control Manager		~1982		4 funct+time	2010_01_02	N	1		6+4mem+time	N	25	LCD	8+indic	N	N	N	N	Y		Sqrt %+- RM/CM M-= M+=	115x67x8		1x3Vcell	N	3mW		Japan		Fonctions de calculs sur les heures.
	LC-81T			~1982		4 funct+time	2008_08_04	N	1		5+3mem+time	N	25	LCD	8+indic	N	N	N	N	Y		%+- RM/CM M-= M+= H M S	115x67x7	68gr	1xCR2025 (3Vcell)	N			Japan		Fonctions de calculs sur les heures.
	LS-4	SOLAR CALCULATOR		<=1982	>=1983	4 funct	2008_07_24	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N	Toshiba T6789S	%+- Sqrt +<>- RM/CM M-= M+=	115x67x8	69gr	N	solar			Japan
	LS-5	SOLAR CARD CALCULATOR		~1982		4 funct	2008_08_04	N	1		7+4mem	N	25+1	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	110x65x4	53gr	N	solar			Japan
	LS-6	SOLAR CARD CALCULATOR		~1982		4 funct	2008_08_04	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N	Toshiba T6789S	%+- Sqrt +<>- RM/CM M-= M+=	97x56x4	37gr	N	solar			Japan
	LS-10	SOLAR CARD CALCULATOR		~1982	>=1984	4 funct	2008_08_04	N	1		8+3mem	N	25+1	LCD	10+indic	N	N	N	N	N	Toshiba T6890AS	Delta% %+- Sqrt +<>- RM/CM M-= M+=	112x66x6		N	solar			Japan
	LS-31	SOLAR CALCULATOR		~1982		4 funct	2008_08_04	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	109x64x7	38gr	N	solar
	LS-41	SOLAR CALCULATOR		~1982		4 funct	2008_08_04	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	109x65x7	42gr	N	solar			Japan
	LS-51	SOLAR CALCULATOR		~1982		4 funct	2008_08_04	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	119x64x4	53gr	N	solar
	LS-61	SOLAR CARD CALCULATOR		~1982		4 funct	2010_09_15	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	96x56x4	38gr	N	solar			Japan
	LS-3			~1982		4 funct	2008_08_04	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- RM/CM M-= M+=	119x70x9	74gr	N	solar
	LC-33			<=1982	>=1982	4 funct	2013_04_13	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N	Toshiba T6775B	%+- Sqrt +<>- RM/CM M-= M+=	116x70x10		2xLR44 (1.5Vcell)	N	0,28mW		Japan
	SNOOPY & WOODSTOCK	LC-401 , LC401		<=1982	>=1983	4 funct	2011_09_11	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N	Toshiba T6775B	%+- Sqrt +<>- RM/CM M-= M+=	119x70x10	90gr	2xLR44 (1.5Vcell)	N			Japan		Snoopy & Woodstock de la BD Peanuts. Couleur blanche.
	SNOOPY & WOODSTOCK	LC-402 , LC402		<=1982	>=1983	4 funct	2013_04_13	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N	Toshiba T6775B	%+- Sqrt +<>- RM/CM M-= M+=	119x70x10	90gr	2xLR44 (1.5Vcell)	N			Japan		Snoopy & Woodstock de la BD Peanuts. Couleur jaune.
	SNOOPY & WOODSTOCK	LC-403 , LC403		<=1982	>=1983	4 funct	2013_04_13	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N	Toshiba T6775B	%+- Sqrt +<>- RM/CM M-= M+=	119x70x10	90gr	2xLR44 (1.5Vcell)	N			Japan		Snoopy & Woodstock de la BD Peanuts. Couleur rose.
	SNOOPY & WOODSTOCK	LS-411 , LS411		<=1982	>=1983	4 funct	2011_09_11	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- RM/CM M-= M+=	119x70x10	74gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts. Couleur bleue.
	SNOOPY & WOODSTOCK	LS-412 , LS412		<=1982	>=1983	4 funct	2013_04_13	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- RM/CM M-= M+=	119x70x10	74gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts. Couleur blanche.
	SNOOPY & WOODSTOCK	LS-413 , LS413		<=1982	>=1983	4 funct	2011_09_11	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- RM/CM M-= M+=	119x70x10	74gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts. Couleur rose.
	SNOOPY MATH & GAME	MS-10		198x		Game	2008_08_01	N	1		Game	N	22	LCD		N	N	N	N	N		Game	127x104x16	108gr	2xLR44 (1.5Vcell)	N	4,5mW		Japan		Snoopy & Woodstock de la BD Peanuts. A la forme de la niche de Snoopy.
	LX-30			1982	>=1984	4 funct	2013_04_13	N	1		6+4mem	N	25	LCD	8+indic	N	N	N	N	N		Sqrt %+- CM RM M-= M+=	117x70x10		2xLR44 (1.5Vcell)	N	0.28mW		Japan
	LX-40			1982	>=1984	4 funct	2008_07_24	N	1		6+4mem	N	25	LCD	8+indic	N	N	N	N	N		Sqrt %+- CM RM M-= M+=	117x70x10		2xLR44 (1.5Vcell)	N	0.28mW		Japan
	CHECKBOOK	MONEY MANAGER		<=1982	>=1983	4 funct+checkbook	2008_07_26	N	3		5+10mem	N	30	LCD	8+indic	N	N	N	mem	N	Nec uPD1833	%+- 1:CHK DEP BAL 2:CHG PMT BAL 3:CHG PMT BAL GT	71x152x8		1xCR2025 (3Vcell)	N			Japan
	CHECKBOOK Junior	MONEY MANAGER		<=1982	>=1983	4 funct+checkbook	2008_07_26	N	1		5+3mem	N	24	LCD	8+indic	N	N	N	mem	N	Nec uPD1833	%+- CHK DEP BAL	71x152x8		1xCR2025 (3Vcell)	N			Japan
	FINANCIAL	FINANCIAL MANAGER		<=1982	>=1986	financial	2010_05_01	N	>1		financial	N	43	LCD	10+indic	N	N	N	N	N	Toshiba T6787	financial	138x70x9	55gr	2xLR47 (1.5Vcell)	N	0.3mW		Japan
	FINANCIAL PRINTER	FINANCIAL MANAGER		<=1983	>=1983	financial+print	2008_07_23	Y	1+40steps		financial	N	47	LCD	10+indic	N	N	Y	N	N	Toshiba T6869S	financial	178x76x28		4xAA	6VDC			Japan
	FP-10			~1983	~1985	Scient+Stat Printer	2008_08_04	N	>=1		40	N	39	VFD	10 1/2 or 8 1/2 + 2 1/2	N	N	Y	N	N		Scient+Stat Printer	183x101x34	410gr with bat	Rech	Y			Japan
	FP-11P	SCIENTIFIC STATISTICAL PRINTER		<=1983	~1985	Scient Prog Print	2008_08_04	Y	7/45steps		67	N	47	LCD	10 or 8+2 + indic	N	N	Y	N	N	Toshiba T6868, T6869S	Scient Prog printer	178x76x23	238gr with bat	4xAA	6VDC			Japan
	P1-D			198x		4 funct+printer	2008_07_20	N	1		7+4mem+3print	N	30	LCD		N	N	Y	N	N		Sqrt %+- ALL_CLEAR CM RM M-= M+= FEED TAB #			Y
	P2-D			198x		4 funct+printer	2008_07_30	N	1		6+4mem+2print	N	26	VFD	10 1/2	N	N	Y	N	N		Sqrt %+- CM RM M-= M+= ^ #			4xAA	Y
	P3-D			~1980		4 funct+printer	2009_12_22	N	1		5+3mem+3print	N	25	VFD	10 1/2	N	N	Y	N	N	Mitsubichi M58883P	%+- M* M+= M-= ^ * Diamond	213x86x45		4xAA	6VDC	1.6W		Japan
	P4-D			198x		4 funct+printer	2009_03_23	N	1		5+3mem+3print	N	27	VFD	10 1/2	N	N	Y	N	N		%+- M* Mdiamond M+= M-= ^ # * Diamond			4xAA	Y
	P5-D			198x		4 funct+printer	2008_07_30	N	1		5+3mem+3print	N	25	VFD	10 1/2	N	N	Y	N	N		%+- M* Mdiamond M+= M-= ^ # * Diamond			Y	Y
	P6-D	PalmPrinter		<=1982	>=1982	4 funct+printer	2011_11_13	N	1		6+4mem+2print	N	26	VFD	10+indic	N	N	Y	N	N		Sqrt %+- CM RM M-= M+= ^ #	206x73x32	300gr	2xAA sealed	5,8VDC 130mA	1,1W		Japan
	P7-D			198x		4 funct+printer	2008_07_30	N	1		5+3mem+3print	N	27	VFD	10+	N	N	Y	N	N		%+- M* Mdiamond M+= M-= ^ # * Diamond			Y	Y
	P10-D			198x		4 funct+printer	2008_07_29	N	1		5+4mem+4print	N	27	VFD	9?	N	N	Y	N	N		%+- M* Mdiamond M+= M-= ^ * # Diamond			Y	Y
	P10-DIII			198x		4 funct+printer	2008_07_30	N	1		5+4mem+4print	N	27	VFD	8	N	N	Y	N	N		%+- M* Mdiamond M+= M-= ^ # * Diamond			Y	Y
	MULTI FC 810	MULTI COLOR DISPLAY , FC-810		198x		4 funct+conversions desktop	2008_07_23	N	1		Units conversions	N	27	LCD	2lines	N	N	N	N	N		Units conversions			2xAA	N
	FC-4S	METRIC CONVERSION		198x		4 funct+conversions	2009_01_23	N	1		6+3mem+20conv	N	25	LCD	8+indic	N	N	N	N	N		+<>- %+- RM/CM M+= M-= +20 unit conversions			N	solar
	FC-5S	METRIC CONVERSION		198x		4 funct+conversions	2008_07_19	N	1		7+3mem+20conv	N	25+1	LCD	8+indic	N	N	N	N	N		Sqrt +<>- %+- RM/CM M+= M-= +20 unit conversions			?	solar
	FS-5	SOLAR CARD SCIENTIFIC STATISTICAL CALCULATOR		198x		Scient+stat	2008_07_17	N	>1		Scient+Stat	N	39	LCD	8+indic	N	N	N	N	N		Scient+Stat			?	solar
	L813	L813 II		<=1981	>=1984	4 funct desktop	2009_08_20	N	1		5+3mem	N	22	VFD	8 1/2	N	N	N	N	N	TI TMS 1045NL	%+- M+= M-= RM/CM	156x131x44		4xAA or rech pack	6VDC	0.4W		Japan		Modèle de bureau.
	L1011	Canola 1011		198x		4 funct	2008_07_23	N	1			N		VFD	10.	N	N	N	N	N		%	156x131x44		4xAA						Modèle de bureau.
	Pocket Printer TP-7	TP-7		<=1983	>=1983	4 funct+printer	2010_01_02	N	1		8+3mem+4print	N	30	LCD	8+indic	N	N	Y	N	N	CPU? , printer : Mitsubishi 2x M54539P	G # Sqrt %+- RM/CM M-= M+= ^ ALL_C TAB ON/PRINT	161x70x27		4xAA	6VDC	2W		Japan
	Pocket Printer TP-8	TP-8		<=1982	>=1983	4 funct+printer	2010_01_29	N	1		8+3mem	N	26	VFD	8 1/2	N	N	Y	N	N	Mitsubichi M58888P M54539P(x2)	G # Sqrt % RM/CM M-= M+=	175x72x25		4x1.5V	6VDC			Japan		"3 ""switchs"""
	card FC-43	METRIC CONVERTER		<=1983	>=1983	4 funct+conversion	2008_07_23	N	1		6+3mem+20conv	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T6751	+<>- %+- RM/CM M+= M-= +14conv	129x70x10		2xLR44 (1.5Vcell)	N			Japan
	F-44			<=1983	>=1983	Scient	2008_07_21	N	1		26+3mem	N	37	LCD	8 ou 5+2 + indic	N	N	N	N	N	Toshiba T6823	sin cos tan DRG log ln a^x x^2 Pi 1/x %+- ( ) +<>- EXP asin acos atan 10^x e^x y^(1/x) Sqrt RM SM M+	136x72x10		2xLR44 (1.5Vcell)	N	0.3mW		Japan
	CARD QUARTZ	LC-64T		<=1983	>=1984	4 funct+clock	2008_07_27	N	2		6+(3+3)mem+8time	N	25	LCD	8+indic	N	N	N	N	Y	Toshiba T6798S	Sqrt %+- RM/CM M-= M+= xS /S STG ((.)) Date Lap/Reset PM ST/SP 'Bell' Time ADJ	96x56x5		1xCR2025 (3Vcell)	N	0.3mW		Japan
	LS-210			198x		4 funct	2010_07_14	N	1		8+3mem	N	25	LCD	10+indic	N	N	N	N	N		Delta% %+- Sqrt +<>- RM/CM M-= M+=	148x100x4		N	solar			Japan
	LS-701			05/1983	>=1983	4 funct	2008_08_04	N	1			N		LCD	8+indic	N	N	N	N	N			54x85x		N	solar			Japan
	LS-704			<=1983	>=1984	4 funct	2008_10_10	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= M+= RM/CM	54x85x2		N	solar			Japan
	LS-704G			<=1983	>=1983	4 funct	2008_07_20	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= M+= RM/CM	54x85x2		N	solar			Japan
	LS-707						2008_08_01
	X-07			<=1983	>=1984	Basic	2010_01_29	Y	8Ko+2Ko	20Ko+4Ko	Basic	Y	68	LCD	20x4	120x32	Y	Ext	Y	Y	NSC800	Basic	130x203x31		4xAA	Y	0.35W		Japan
	CB-8			<=1983	>=1983	4 funct+checkbook	2010_01_02	N	3		6+10mem	N	32	LCD	8+indic	N	N	N	mem	N	Nec D1833G	A<>F %+- 1:CHK DEP BAL 2:CHG PMT BAL 3:CHG PMT BAL GT	70x152x8		1x3Vcell	N			Japan
	F-300P			<=1983	>=1985	Scient	2008_08_04	Y	512bytes (336steps+6mem or 48mem available)		61	Y	50	LCD	20x4lines	120x32	Y	Ext	Y			Scient	195x85x10	151gr with bat	3xLR44 (1.5Vcell)		7mW		Japan		Programmation par formules. Périphérique X-711 : imprimante thermique.
	KS-20			198x		4 funct desktop	2010_01_02	N	1		6+3mem	N	24	LCD	10+indic	N	N	N	N	N		%+- Sqrt RM/CM M+= M-=	170x105x19		?	solar			Japan
	KS-101			~1981		4 funct desktop	2008_08_11	N	1		8+3mem	N	30	LCD		N	N	N	N	N		-> RV +<>- Delta% GT %+- Sqrt RM/CM M+= M-=	170x105x		?	solar			China
	Apple Credit Plan			<=1983	>=1983	4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= M+= RM/CM			?	solar					Avec la pomme d'Apple en logo sur la face avant et le dos de la calculatrice.
	card F-63	F-63		198x		Scient+Stat	2011_10_22	N	>=1		39+5mem+6stat	N	59	LCD	10+indic	N	N	N	N	N		"RV %+- ( ) +<>- EXP sin cos tan asin acos atan sinh cosh tanh asinh acosh atanh log ln 10^x e^x 1/x Pi Sqrt x^(1/3) x^(1/x) a^x n! P->R P<-R a°'""-> a°'""<- nPr nCr SUM DLT n/Sumx maenx/Sumx^2 sigma^n/sigma^n-1 V^n/Vn-1 CM RM x<>M M- M+"			1x3Vcell	N	0,3mW		Japan
	F-65	SCIENTIFIC STATISTICAL CALCULATOR		<=1984	>=1985	Scient+Stat	2010_01_02	N	>=1		68	N	42	LCD	10+2+indic	N	N	N	N	N	Toshiba T7767S	Scient+Stat	142x72x9	108g	2xLR1130 (1.5Vcell)	N	0,36mW		Japan
	FS-51	SCIENTIFIC STATISTICAL CALCULATOR		<=1984	>=1985	Scient+stat	2008_08_04	N	1		47	N	42	LCD	8 or 5+2 + indic	N	N	N	N	N	Toshiba T7750S	Scient+Stat	142x72x9	95gr	N	solar			Japan
	FS-61			~1985		Scient+stat	2008_08_04	N	1		68	N	42	LCD	10+2+indic	N	N	N	N	N		Scient+Stat	142x72x9	95gr	N	solar			Japan
	LC-34			<=1984	>=1985	4 funct	2008_07_23	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N	Toshiba T6717AU	%+- Sqrt +<>- CM RM M-= M+=	109x65x8	30gr	1xLR1130 (1.5Vcell)	N	0,011mW		Japan
	LC-34T			198x		4 funct+time	2010_01_02	N	1		7+4mem+time	N	25	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M-= M+= ALARM_SET TIME_CALL (((.))) PM TIME ADJ			Y	N
	LC-44			<=1984	>=1985	4 funct	2010_09_10	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N	Nec uPD1817G or D1817G	%+- Sqrt +<>- RM/CM M-= M+=	109x65x8		1xLR1130 (1.5Vcell)	N	0.01mW		Japan
	CHECKBOOK II	Money Manager		~1984	>=1985	4 funct+checkbook	2008_08_11	N	3		5+10mem	N	29	LCD	8+indic	N	N	N	mem	N	Toshiba T7752S	%+- 1:CHK DEP BAL 2:CHG PMT BAL 3:CHG PMT BAL GT	69x152x3		1x1.5Vcell	N	0.041mW		Japan
	F-45			~1985	>=1986	Scient	2010_07_14	N	1		24+3mem	N	37	LCD	8 or 5+2 + indic	N	N	N	N	N	Toshiba T6823	Sin Asin Cos Acos Tan Atan DRG log 10^x ln e^x a^x xroot x^2 Sqrt Pi 1/x %+- +<>- EXP RM SM M+	139x72x8	87gr	2xLR1130 (1.5Vcell)	N	0.3mW		Japan
	F-58			~1985	>=1986	Scient+Stat	2010_05_12	N	>=1		38+5mem+8stat	N	42	LCD	8 or 5+2 + indic	N	N	N	N	N	Toshiba T7750S	"DRG F.S sin cos tan sinh cosh tanh a°'""-> R->P Pi log ln a^x x^2 1/x % +<>- EXP DRG> asin acos atan asinh acosh atanh a°'""<- R<-P n! 10^x e^x x^(1/y) Sqrt x^(1/3) RM SM M+ RV x<>M SUM DLT meanx sigman-1 sigman Sumx Sumx^2 n"	142x72x10	92gr	1xSR1030	N	0.3mW		Japan
	LC-35			198x		4 funct	2010_01_29	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	109x65x8	30gr	1x1.5Vcell	N	0,012mW		Taiwan
	LC-82T			198x		4 funct+	2008_08_01	N	1			N	25	LCD		N	N	N	N	N					Y	N
	LC-83M			<=1984?	>=1988	4 funct	2010_01_02	N	1		10+4mem	N	28	LCD	8+indic	N	N	N	N	N	Toshiba T7751S	Pi 1/x x^2 Sqrt %+- +<>- CM RM M-= M+=	125x70x8		1xLR1130 (1.5Vcell)	N			Japan
	LS-550			198x		4 funct	2008_08_04	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= RM/CM M+=			?	solar			Japan		Calculatrice qui se plie en 2.
	PALM PRINTER P1-D	P1-D III		<=1986	>=1986	4 funct+printer	2010_05_23	N	1		6+4mem+3print	N	29	LCD	8+indic	N	N	Y	N	N		Sqrt %+- CM RM M-= M+=ADV TAB PRINT #	204x82x42		4xAA	6VDC	1.4W		Taiwan
	PALM PRINTER P1-D	P1-D IV , P1-D4		<=1988	>=1988	4 funct+printer	2010_05_23	N	1		8+4mem+2print	N	30	LCD	10+indic	N	N	Y	N	N		Sqrt %+- ALL_CLEAR DEC CM RM M-= M+= PRINT #	213x84x52		4xAA	6VDC	1.4W		Taiwan
	PS-10			198x		4 funct	2010_02_26	N	1			N	25	LCD	10+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M+= M-=	137x80x		?	solar
	RQ-1	RADIO QUARTZ CALCULATOR		~1979		4 funct+radio	2008_08_01	N	1		6+3mem+10time	N	24	LCD	8+indic	N	N	N	N	Y		Sqrt %+- M-= M+= RM/CM ALARMSET TIMECALL DATE LAP/RESET DAY ST/SP PM ((.)) TIME ADJ	128x68x20	160gr with bat	3Vcell (2xAA for the radio)	N	3mW (0.05W for the radio)		Japan		Radio AM/FM.
	FlashCard	LS-902		198x		4 funct	2008_07_20	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= M+= RM/CM			?	solar
	BS-121			198x		4 funct	2008_08_03	N	1		11+3mem	N	30	LCD	12+indic	N	N	N	N	N		-> GT Sqrt RV %+- Delta% +<>- RM/CM M+= M-=			?	solar
	LS-52			198x		4 funct	2008_08_01	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=			?	solar
	SNOOPY & WOODSTOCK	LS-421		~1986		4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= M+= RM/CM	54x86x2	23gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts.
	SNOOPY & WOODSTOCK	LS-422		~1986		4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= M+= RM/CM	54x86x2	23gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts.
	SNOOPY & WOODSTOCK	LS-423		~1986		4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= M+= RM/CM	54x86x2	23gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts.
	SNOOPY	LS-433		<=1986	>=1986	4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T6918U	Sqrt %+- +<>- M-= M+= RM/CM	54x86x2	25gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts. De couleur noire.
	SNOOPY	LS-441		<=1986	>=1986	4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T6918U	Sqrt %+- +<>- M-= M+= RM/CM	54x86x2	25gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts. De couleur verte.
	SNOOPY	LS-442		<=1986	>=1986	4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N	Toshiba T6918U	Sqrt %+- +<>- M-= M+= RM/CM	54x86x2	25gr	N	solar			Japan		Snoopy & Woodstock de la BD Peanuts. De couleur bleue.
	LC-83M	LC-83MII		~1986		4 funct	2008_07_27	N	1		10+4mem	N	28	LCD	8+indic	N	N	N	N	N		Pi 1/x x^2 Sqrt %+- +<>- CM RM M-= M+=	125x70x8		1xLR1130 (1.5Vcell)	N			Taiwan		Version redesignée, probablement pour gain de cout de production.
	F-400	SCIENTIFIC STATISTICAL CALCULATOR		~1986		Scient+Stat	2008_08_03	N	1		36+4mem+8stat	N	40	LCD	8 or 6+2 + indic	N	N	N	N	N		"DRG FS EXP ( ) sin cos tan log ln x^2 Sqrt a^x a°'""-> Pi a_b/c +/- DRG-> FIX CN asin acos atan 10^x e^x x^(1/3) 1/x x^(1/y) a°'""<- n! d/c % RM SM M+ SUM STAT meanx sigma^n-1 sigma^n Sumx Sumx^2 n DLT"	81x134x16		2xLR44 (1.5Vcell)	N
	FS-400	SCIENTIFIC STATISTICAL CALCULATOR		~1986		Scient+Stat	2010_01_02	N	1		36+4mem+8stat	N	40	LCD	8 or 6+2 + indic	N	N	N	N	N		"DRG FS EXP ( ) sin cos tan log ln x^2 Sqrt a^x a°'""-> Pi a_b/c +/- DRG-> FIX CN asin acos atan 10^x e^x x^(1/3) 1/x x^(1/y) a°'""<- n! d/c % RM SM M+ SUM STAT meanx sigma^n-1 sigma^n Sumx Sumx^2 n DLT"	81x134x16		N	solar			Taiwan
	F-600	SCIENTIFIC STATISTICAL CALCULATOR		~1986		Scient+Stat	2008_08_03	N	1		40+4mem+8stat+5hex	N	40	LCD	8 or 6+2 + indic	N	N	N	N	N		"DRG ( ) sin cos tan sinh cosh tanh log ln 1/x R->P a°'""-> a^x x^2 a_b/c +/- EXP DRG-> FIX asin acos atan asinh acosh atanh 10^x e^x x^(1/3) R->P a°'""<- x^(1/y) Sqrt RV n! d/c F S E % ??? RM SM M+ SUM STAT meanx sigma^n-1 sigma^n Sumx Sumx^2 n DLT OR AN	81x134x16		2xLR44 (1.5Vcell)	N
	FS-600	SCIENTIFIC STATISTICAL CALCULATOR		~1986		Scient+Stat	2008_08_03	N	1		40+4mem+8stat+5hex	N	40	LCD	8 or 6+2 + indic	N	N	N	N	N		"DRG ( ) sin cos tan sinh cosh tanh log ln 1/x R->P a°'""-> a^x x^2 a_b/c +/- EXP DRG-> FIX asin acos atan asinh acosh atanh 10^x e^x x^(1/3) R->P a°'""<- x^(1/y) Sqrt RV n! d/c F S E % ??? RM SM M+ SUM STAT meanx sigma^n-1 sigma^n Sumx Sumx^2 n DLT OR AN	81x134x16		N	solar
	F-800			198x		Scient+Stat	2008_08_03	N	Y		Scient+Stat	N	48	LCD	10+2+indic	N	N	N		N		Scient+Stat	81x134x16		2xLR44 (1.5Vcell)	N			Taiwan
	F-800P			~1989		Scient+Stat+Prog	2009_02_19	Y	10/128steps		Scient+Stat+Prog	N	50	LCD	10+2+indic	N	N	N	mem	N		Scient+Stat+Prog	81x134x16		2xLR44 (1.5Vcell)	N			Taiwan
	F-802P			198x		Scient+Stat+Prog	2008_07_30	Y	10/128steps		Scient+Stat+Prog	N	50	LCD	10+2+indic	N	N	N	mem	N		Scient+Stat+Prog	140x76x13		2xLR44 (1.5Vcell)	N
	CHECKBOOK III	Money Manager		198x		4 funct+checkbook	2008_07_26	N	3		5+10mem	N	29	LCD	8+indic	N	N	N	mem	N		%+- 1:CHK DEP BAL 2:CHG PMT BAL 3:CHG PMT BAL GT	69x155x8		2xLR43 (1.5Vcell)	N			Thailand
	FINANCIAL II	FINANCIAL MANAGER		1987	>=1993	financial	2008_07_23	N	>1		financial	N	42	LCD	10+indic	N	N	N	N	N	Toshiba T6787	financial	135x71x10		2xLR44 (1.5Vcell)	N			Taiwan
	Canola L-20II			<=1988	>=1988	4 funct desktop	2008_07_28	N	1		10+4mem	N	29	VFD	10	N	N	N	N	N	Hitachi HD38401	Delta% Sqrt -> %+- +<>- RV CM RM M-= M+=	183x132x46		4xAA	Y			Taiwan
	3M Worldwide Sponsor 1992 Olympic Game	Barcelona		1992	1992	4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= RM/CM M+=			?	solar
	DM-721						2008_08_01
	DM-4000	INTELLIGENT ORGANIZER DM-4000 34KB		~1990	>=1995	Organizer	2008_07_24	N	34KB		Organizer	Y	74	LCD	3lines x 18char	N	Y	N	mem	Y	Toshiba TMP0210F, T6A21, LH52256	Organizer	126x148x12open 65x148x19closed		2xCR2025 + 1xCR2016 (3x3Vcell)	N		TI PS-6200	Malaysia	Datamath ref.
	Pocket Printer TP-7	TP-7 II		~1986		4 funct+printer	2011_05_15	N	1		8+3mem+4print	N	30	LCD		N	N	Y	N	N		G # Sqrt %+- RM/CM M-= M+= ^ ALL_C TAB ON/PRINT			Y	Y
	Pocket Printer TP-7	TP-7 III		<=1987	>=1987	4 funct+printer	2011_05_15	N	1		8+3mem+4print	N	30	LCD		N	N	Y	N	N		Sqrt %+- RM/CM M-= M+= ^ ALL_CLEAR DEC ON/PRINT	172x82x28		4xAA	6VDC	2,0W		Taiwan
	LC-25H			~1990		4 funct	2008_07_27	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Toshiba T6A35	Sqrt %+- RM/CM M+= M-=	91x53x9		LR189	N			China
	P14-D	PALM PRINTER		<=1990	>=1990	4 funct+printer	2011_11_13	N	1		8+3mem+2print	N	30	LCD	10+indic	N	N	Y	N	N		Sqrt %+- ALL_CLEAR DEC CM/RM M-= M+= PRINT #	176x88x36		4xAA	6VDC	1.5W		Taiwan
	F-612	SCIENTIFIC STATISTICAL CALCULATOR		1990	>=1991	Scient+Stat	2010_01_02	N	>1		Scient+Stat	N	48	LCD	10+2+indic	N	N	N	N	N		Scient+Stat	135x71x10	82g avec piles	2x1.5Vcell	N	0.36mW		China
	F-200	SCIENTIFIC CALCULATOR		<=1990	>=1991	4 funct	2009_01_27	N	1		10+4mem	N	28	LCD	8+indic	N	N	N	N	N		Pi 1/x x^2 %+- Sqrt +<>- CM RM M+= M-=	124x69x20		1xAA	N	0.006mW		China		N'a de Scientific que le nom.
	F-300	SCIENTIFIC STATISTICAL CALCULATOR		~1989		Scient+Stat	2009_03_20	N	>=1		Scient+Stat	N	40	LCD	10+indic	N	N	N	N	N		Scient+Stat			2xLR44 (1.5Vcell)	N			Taiwan
	F-402	SCIENTIFIC STATISTICAL CALCULATOR		~1990	>=1992	Scient+Stat	2008_07_22	N	>=1		Scient+Stat	N	40	LCD	8 or 6+2 + indic	N	N	N	N	N		"DRG FS sin cos tan x^2 Sqrt Pi log ln a^x a°'""-> a_b/c EXP ( ) +/- DRG-> FIX asin acos atan x^(1/3) 1/x n! 10^x e^x y^(1/x) a°'""<- d/c CN % RM SM M+ SUM STAT DLT meanx sigma^n-1 sigma^n Sumx Sumx^2 n"	124x69x10		2xLR44 (1.5Vcell)	N			China
	F-500	SCIENTIFIC STATISTICAL CALCULATOR		199x		Scient+Stat	2009_03_19	N	>=1		Scient+Stat	N	40	LCD	10+indic	N	N	N	N	N		Scient+Stat			Y	N
	F-502	SCIENTIFIC STATISTICAL CALCULATOR		199x		Scient+Stat	2008_07_22	N	>=1		136	N	42	LCD	10+2+indic	N	N	N	N	N		Scient+Stat	142x76x10		1xLR44 (1.5Vcell)	N			China
	F-602	SCIENTIFIC STATISTICAL CALCULATOR		199x		Scient+Stat+Prog	2008_07_30	N	>=1		Scient+Stat	N	42	LCD		N	N	N	N	N		Scient+Stat			1x3Vcell	N			China
	F-603	SCIENTIFIC STATISTICAL CALCULATOR		199x		Scient+Stat+Prog	2008_07_22	N	>=1		158	N	42	LCD	10+2+indic	N	N	N	N	N	Toshiba T6M19	Scient+Stat	140x76x		1xLR44 (1.5Vcell)	N
	F-700	SCIENTIFIC STATISTICAL CALCULATOR		1994	>=1994	Scient+Stat+Prog	2008_07_27	Y	6+64steps		Scient+Stat	N	48	LCD	10+2+indic	N	N	N	N	N	Nec uPD75308	Scient+Stat	127x71x10		1xCR2025	N			China
	LS-33			<=1990	>=1991	4 funct	2008_08_04	N	1		8+3mem	N	24	LCD	8+indic	N	N	N	N	N		Delta% %+- Sqrt +<>- RM/CM M+= M-=	110x67x8	50gr with etui	N	solar			China		Existe en noir ou blanc.
	LS-101Z			199x		4 funct	2008_08_03	N	1		6+3mem	N	23	LCD	10+indic	N	N	N	N	N		%+- Sqrt RM/CM M-= M+=			N	solar
	LS-553			~1990		4 funct	2008_08_04	N	1		7+3mem	N	23	LCD		N	N	N	N	N		Sqrt +<>- %+- M+= M-= RM/CM	150x122x9open		1x	solar			Taiwan		Calculatrice qui se plie en 2.
	LS-565H			<=1990	>=1990	4 funct	2008_07_28	N	1		7+4mem	N	26	LCD	10+indic	N	N	N	N	N		%+- Sqrt +<>- MU RM/CM M-= M+=	150x122x9open		1xLR189	solar			Malaysia		Calculatrice qui se plie en 2.
	LC-36			<=1992	>=1992	4 funct	2010_01_29	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		%+- Sqrt RM/CM M+= M-=	110x67x8		1x1.5Vcell	N	0.015mW		Taiwan
	LC-37			<=1992	>=1992	4 funct	2009_05_29	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		%+- Sqrt +<>- RM/CM M+= M-=	110x67x8	50gr with etui	1x1.5Vcell	N	0.007mW		China
	LC-39			199x		4 funct	2008_08_01	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M-= M+=	110x65x		Y	N
	LS-36H			199x		4 funct	2008_08_01	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M-= M+=	~110x65x		Y	solar
	LS-718	WorldCupUSA94		1992	1994	4 funct	2008_08_01	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- +<>- M-= RM/CM M+=			?	solar			China
	PALM PRINTER P1-DV	P1-DV		<=1992	>=1992	4 funct+printer	2012_08_20	N	1		8+4mem+2print	N	30	LCD	10+indic	N	N	Y	N	N		Sqrt %+- ALL_CLEAR DEC M-= M+= PRINT #	171x85x23		4xAA	6VDC	1.8W		China
	P1-D Plus	P1-D PLUS		<=1993	>=1993	4 funct+printer	2011_11_13	N	1		8+3mem+2print	N	30	LCD	10+indic	N	N	Y	N	N		Sqrt %+- ALL_CLEAR DEC CM/RM M-= M+= PRINT #	176x88x36		4xAA	6VDC	1.5W		Thailand
	CC-10	WorldCupUSA94		1994	1994	4 funct+time	2008_07_18	N	1		7+6time	N	25	LCD		N	N	N	N	Y		TAX TIPS CAL ALARM_OFF note TIME ALARM SET AM/PM			1xbutton cell	N			Taiwan		Calculatrice qui se plie en 2.
	KC-20			199x		4 funct	2008_07_31	N	0		5	N	20	LCD	8+indic	N	N	N	N	N		%+-	78x40x15		1x	N			Hong Kong		Calculatrice porte clefs.
	LC-22			199x		4 funct	2008_07_31	N	1		5+3mem	N	23	LCD	8+indic	N	N	N	N	N		%+- RM/CM M+= M-=	~95x60x		2xbutton cell	N
	LC-23			199x		4 funct	2008_07_31	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M+= M-=	~95x60x		Y	N
	LC-32H			199x		4 funct	2012_05_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M+= M-=	115x70x9		1xLR54 (1,5Vcell)	N	0,012mW		China		Utilise le meme circuit imprimé pour les deux modèles: LC-32H et LS-37H
	LS-37H			199x		4 funct	2012_05_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M+= M-=	115x70x9		?	solar			China		Utilise le meme circuit imprimé pour les deux modèles: LC-32H et LS-37H
	LC-32H	LC-32H II		200x		4 funct	2012_05_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M+= M-=	115x70x9		1xLR54 (1,5Vcell)	N	0,02mW		China		Utilise le meme circuit imprimé pour les deux modèles: LC-32H II et LS-37H II
	LS-37H	LS-37H II		199x		4 funct	2012_05_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		Sqrt %+- RM/CM M+= M-=	115x70x9		?	solar			China		Utilise le meme circuit imprimé pour les deux modèles: LC-32H II et LS-37H II
	LS-39E			200x		4 funct	2012_06_03	N	1+1		8+3mem	N	24	LCD	8+indic	N	N	N	N	N		%+- RATESET LOCAL EURO RM/CM M-+ M+=	120x74x12	66gr	1xLR1130 (1.5Vcell)	solar
	LS-152H			<=1994	>=1994	4 funct	2008_07_28	N	1		7+3mem	N	24	LCD	10+indic	N	N	N	N	N		+<>- %+- Sqrt RM/CM M-= M+=	122x71x8		1xLR189	solar			China
	LS-566H			<=1994	>=1994	4 funct	2008_07_28	N	1		7+4mem	N	26	LCD	10+indic	N	N	N	N	N		%+- Sqrt +<>- CM RM M-= M+=	132x109x8		1xLR189	solar			China		Calculatrice qui se plie en 2.
	LC-200H			<=1999	>=1999	4 funct	2011_11_13	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		CI %+- RM/CM M-= M+=	98x81x8		1x1.5Vcell	N	0,01mW		China
	FG-1000			199x/200x		Scient + graph	2008_07_23	Y			Scient	Y		LCD		Y		N	mem			Scient			3xAAA	N
	F-604			2001	>=2002	Scient+Stat+Prog	2010_03_01	N	1+10		142	N	44	LCD	10+2+indic	N	N	N	N	N		Scient+Stat	151x76x11	96gr	2xLR44 (1.5Vcell)	N			China
	F-710			200x		Scient+Stat+Prog	2010_03_01		>=1		Scient	Y	43	LCD	12alpha + 10+2+indic	N	N	N		N		Scient+Stat			Y				China
	F-720			2001	>=2002	Scient+Stat+Prog	2008_07_22	N	26		Scient+Stat+Prog	Y	49	LCD	12alpha + 10+2+indic	N	N	N	N	N		Scient+Stat	142x79x11		2xLR44 (1.5Vcell)	N			China
	F-720i			200x		Scient+Stat+Prog	2010_02_26	N	26		Scient+Stat+Prog	Y	49	LCD	12alpha + 10+2+indic	N	N	N	N	N		Scient+Stat	142x79x11		2xLR44 (1.5Vcell)	N			China
	F-803P			199x/200x		Scient+Stat+Prog	2010_03_01	Y	2+256steps		Scient+Stat+Prog	N	45	LCD	10+2+indic	N	N	N	mem	N		Scient+Stat+Prog	140x76x13	96gr	2x1.5Vcell	N
	LS-10TS			~2002		4 funct	2008_08_04	N	1		10+3mem	N	27	LCD	10+indic	N	N	N	N	N		??? ??? ??? %+- Sqrt +<>- RM/CM M+= M-=			?	solar			China		Pour le marché japonnais seulement.
	LS-12TU			2002	>=2002	4 funct	2008_07_28	N	1		9+3mem	N	27	LCD	12+indic	N	N	N	N	N		??? ??? +<>- %+- Sqrt RM/CM M-= M+=	122x71x8		1xLR1130 (1.5Vcell)	solar			China		Pour le marché japonnais seulement.
Caprice
- no further info -
Carinco
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	474			<=1975	>=1975	4 funct	2010_06_09	N	1		5+2mem	N	20	LCD	8	N	N	N	N	N	Rockwell A5300PA	% RM CM			2xAA	Y
Casio
Images	Modèle	Aka	Version	Date d'intro	Date Fin	Type	Date de MàJ	Progr	RAM	ROM	Nb fonctions	Alpha	Nb touch	Type d'aff	Afficheur	Graph XY	Ext	Impr	Sauv	Heure	Microprocesseur	Functions	Taille	Poids	Piles	Alim ext	Consom	Jumaux	Fabriqué	Lien(s)	Remarques
	MINI			08/1972	>=1972	4 funct	2009_04_29	N	0		5	N	16	VFD	6.	N	N	N	N	N	Hitachi HD32127P + Nec uPD129C	->	75x148x42		4xAA	Y			Japan
	MINI	CM-601		02/1973	>=1973	4 funct	2009_04_29	N	0		5	N	16	VFD	6.	N	N	N	N	N		->	80x154x36		4xAA	Y			Japan
	MINI	CM-602		05/1973	>=1973	4 funct	2009_04_29	N	0		5	N	18	VFD	6.	N	N	N	N	N	Hitachi HD32154P	->	80x154x36	240gr	4xAA	Y	500mW		Japan		Calcule sur 12 chiffres.
	MINI	CM-603		10/1973	>=1973	4 funct	2009_04_29	N	0		5	N	18	VFD	6.	N	N	N	N	N		->	81x153x37		4xAA	Y			Japan		Calcule sur 12 chiffres.
	MINI	CM-603A		<=1973	>=1973	4 funct	2009_04_29	N	0		5	N	18	VFD	6.	N	N	N	N	N	Nec uPD177C + uPD129C	->	81x153x37	236gr	4xAA	Y	540mW		Japan		Calcule sur 12 chiffres.
	8E	CASIO-8E		<=1973	>=1973	4 funct	2009_04_19	N	0		4	N	18	LED	8 1/2	N	N	N	N	N	TI TMS0101ANC		149x77x45		4xAA	Y	1.1W		Japan
	8U	CASIO-8U		1972	>=1974	4 funct	2009_04_19	N	0		4	N	17	VFD	8 1/2	N	N	N	N	N	Hitachi HD3276P + HD3124P + HD3252P + Toshiba TM4352P		180x115x50	410gr	5xAA	Y	1W	Sperry Remington 803-C	Japan
	101-MR			<=1974	>=1975	4 funct	2008_10_12	N	1		6+4mem	N	23	VFD	10+indic	N	N	N	N	N	Hitachi HD32612P + HD3596	Sqrt % MR M+ MC M-	154x116x38	312gr	4xAA	Y	0.57W		Japan
	fx-10			<=1974	1975	Scient	2012_05_17	N	0		15	N	29	VFD	8	N	N	N	N	N	Nec uPD179C	"log ln e^x a^n 1/x °'"" sin cos tan Sqrt Pi"	150x95x33	220gr	4xAA	Y	0.45W	~Sperry-Remington SSR-8	Japan
	fx-11			<=1974	>=1975	Scient	2009_07_27	N	0		13	N	27	VFD	8.	N	N	N	N	N	Nec uPD179C + uPD175C	a^n ln log e^x sin cos tan Sqrt Pi	150x95x30		4xAA	6VDC	0.45W		Japan
	MEMORY-8			197x		4 funct	2009_04_27	N	1		4+1	N	20	VFD	8.+2led ?	N	N	N	N	N		T			Y	Y
	memory-8A	CD-813		1974	>=1976	4 funct	2010_02_19	N	1		6+3mem	N	23	VFD	8.	N	N	N	N	N	Hitachi HD3691A or Nec uPD977C	Sqrt % MR M- M+	135x74x22	118gr	2xAA	3VDC	0.2W		Japan		Existe aussi avec un clavier noir.
	MEMORY-8F	H-812		<=1975	>=1976	4 funct	2009_04_28	N	1		6+3mem	N	23	VFD	8.	N	N	N	N	N	Nec uPD977C (R5Z656)	Sqrt % MR M- M+	139x77x23	128gr	2xAA	3VDC	0.2W		Japan		Existe en plusieurs variations de couleurs (au moins 4). Utilise l'adaptateur secteur AD-2S. Un 2ème interrupteur passe en notation fixe à 2 chiffres.
	MEMORY-8S	H-811		c1974	>=1975	4 funct	2009_04_28	N	1		6+1mem	N	21	VFD	8.	N	N	N	N	N	Nec uPD977C	Sqrt % MR	125x74x23		2xAA	Y	0.2W		Japan
	MINI	CM-604		02/1974	>=1974	4 funct	2009_04_29	N	0		5	N	19	VFD	6.	N	N	N	N	N	Hitachi HD32170AP	->	80x156x31	134gr	4xAA	Y	0.4W		Japan		Calcule sur 12 chiffres.
	MINI	CM-605		04/1974	>=1974	4 funct	2013_04_13	N	0		5	N	19	VFD	6.	N	N	N	N	N	Nec uPD178C	->	72x146x30	162gr	4xAA	Y	0.18W		Japan		Calcule sur 12 chiffres.
	personal-mini	CM-606		11/1974	>=1976	4 funct	2009_04_29	N	0		5	N	19	VFD	6.	N	N	N	N	N	Nec uPD178C	->	69x143x26	134gr	2xAA	Y	0.18W		Japan		Calcule sur 12 chiffres.
	personal-mini	CM-607		05/1975	>=1975	4 funct	2009_04_29	N	0		5	N	19	VFD	6.	N	N	N	N	N	Nec uPD178C	->	69x143x26	130gr	2xAA	Y	0.2W		Japan		Calcule sur 12 chiffres.
	DELUXE MEMORY			<=1974	>=1974	4 funct	2009_04_29	N	1		6+2mem	N	22	VFD	8.	N	N	N	N	N	Nec uPD970C	% -> T =	82x156x30	186gr	4xAA	Y	0.28W		Japan		Calcule sur 16 chiffres.
	MINI MEMORY		1	<=1974	>=1974	4 funct	2009_04_29	N	1		6+2mem	N	22	VFD	8.	N	N	N	N	N	Hitachi HD3654	% -> T =	82x156x30	188gr	4xAA	Y	0.28W		Japan		Calcule sur 16 chiffres. Fond de clavier clair.
	MINI MEMORY		2	<=1974	>=1974	4 funct	2009_04_29	N	1		6+2mem	N	22	VFD	8.	N	N	N	N	N		% -> T =	82x156x30	190gr	4xAA	Y	0.23W		Japan		Calcule sur 16 chiffres. Fond de clavier sombre.
	MINI ROOT			~1974		4 funct	2009_04_30	N	0		7	N	21	VFD	8	N	N	N	N	N		% Sqrt ->	82x156x30		Y	Y			Japan
	MINI ROOT-M			~1974		4 funct	2009_04_30	N	0		6+1mem	N	22	VFD	8	N	N	N	N	N		Sqrt -> T	82x156x30		Y	Y			Japan
	mini-8	Y-800		<=1975	>=1975	4 funct	2009_04_29	N	0		6	N	20	VFD	8.	N	N	N	N	N	Nec uPD976C	CNG %	72x147x24	112gr	2xAA	Y	0.2W		Japan
	memory-8R	Y-811		1974	>=1975	4 funct	2010_02_18	N	1		5+1mem	N	20	VFD	8.	N	N	N	N	N	Hitachi HD3691	% MR	72x148x24	114gr	2xAA	Y	0.2W		Japan
	mini-printer		1	<=1974	>=1974	4 funct+printer	2010_01_28	N	1		7+1mem	N	23	LED	8 1/2	N	N	Y	N	N	Hitachi HD3599 + Toshiba T1315B	<- Sqrt P T	195x110x46	433gr	7xAA sealed	8.4VDC	5.5W		Japan
	mini-printer		2	<=1975	>=1975	4 funct+printer	2009_04_29	N	1		7+3mem	N	23	LED		N	N	Y	N	N		<- Sqrt P MR M-= M+=	197x108x		sealed	Y
	801-MR	801 MR		<=1975	>=1975	4 funct	2011_10_07	N	0		8	N	23	VFD	8.	N	N	N	N	N	Hitachi HD3654	T Sqrt -> %	154x116x38	280gr	4xAA	Y	0.3W				Peut calculer jusqu'à 16 chiffres.
	fx-101			<=1975	>=1978	Scient	2009_08_02	N	1		21+4mem	N	37	VFD	10 1/2 or 8+2 1/2	N	N	N	N	N	Nec uPD979C+uPD975C or Nec uPD979C	x^2 1/x log ln e^x x^y Pi DMS asin acos atan sin cos tan +/- Sqrt EXP MC MR M- M+	160x96x34	290gr	4xAA	Y	0.45W		Japan
	fx-201P			<=1976	>=1976	Scient+Prog	2009_08_03	Y	12mem+127steps		Scient+Prog	N	43	VFD	10 1/2 + 2 1/2 + 2led	N	N	N	N	N		Scient+Prog	172x104x34	364gr with bat	4xAA	6VDC					La mémoire est répartie en 127 appuis de touche et 10 registres, 1 reg independante et 1 reg indirect.
	fx-202P			1975	>=1977	Scient+Prog	2009_08_03	Y	12mem+127steps		Scient+Prog	N	43	VFD	10 1/2 + 2 1/2	N	N	N	mem	N		Scient+Prog	172x104x34	358gr with bat	4xAA + 2x1V5cell	6VDC	0.6W				La mémoire est répartie en 127 appuis de touche et 10 registres, 1 reg independante et 1 reg indirect.
	PRO fx-1			1975	>=1977	Scient+Prog	2010_01_15	Y	12mem+127steps		Scient+Prog	N	43	VFD	14 (10 1/2 + 2 1/2)	N	N	N	Y	N		Scient+Prog	197x115x37	490gr	4xAA	6VDC			Japan		Mémoire 127 appuis de touche + 10 registres + 1 reg independant + 1 reg indirect. Lecteur/enregistreur de cartes magnétiques (format carte de credit) pour la sauvegarde du programme. L'entrainement est manuel (tel les anciens lecteurs de cartes de cré
	pocket-8			<=1975	>=1975	4 funct	2010_02_16	N	0			N		VFD	8	N	N	N	N	N	Nec uPD971C	Sqrt	127x76x		2xAA	3VDC
	pocket-8S	H-800		<=1975	>=1975	4 funct	2009_05_19	N	0		5	N	19	VFD	8.	N	N	N	N	N	Nec uPD974C	%	124x74x22	110gr	2xAA	3VDC	0.25W		Japan
	pocket-mini			<=1974	>=1975	4 funct	2009_12_30	N	0		5	N	19	LED	8	N	N	N	N	N	Hitachi HD3673 + Toshiba T1315A	Sqrt	101x62x22		2xAA	3VDC	0.2W		Japan
	pocket-mini	P-810		<=1975	>=1975	4 funct	2009_05_21	N	1		5+1mem	N	20	VFD	8.	N	N	N	N	N	Nec uPD977C or HD3691	% MR	101x62x21	78gr	2xAA	3VDC	0.2W		Japan
	pocket-mini	P-811		<=1976	>=1978	4 funct	2009_05_21	N	1		5+1mem	N	20	VFD	8.	N	N	N	N	N	Hitachi HD3691A	% MR	106x63x21	82gr	2xAA	Y	0.2W		Japan
	pocket-mini	P-812		197x		4 funct	2009_05_19	N	1		5+1mem	N	20	VFD	8.	N	N	N	N	N		% MR			1xAA	Y	0.12W		Japan
	pocket-mini	CP-801B		<=1975	>=1975	4 funct	2010_02_18	N	0		6	N	20	VFD	8.	N	N	N	N	N	Nec uPD974C	% Sqrt	100x62x20	135gr	2xAA		0.2W		Japan
	pocket-mini	CP-801C		<=1975	>=1975	4 funct	2009_04_29	N	0		5	N	19	VFD	8.	N	N	N	N	N	Nec uPD973C	%	97x60x21	74gr	2xAA	N	0.2W		Japan
	ROOT-8			<=1974	>=1974	4 funct	2010_02_21	N	0		5	N	18	VFD	8 1/2	N	N	N	N	N		Sqrt	83x178x		4xAA	Y			Japan
	ROOT-8S			<=1973	>=1974	4 funct	2009_05_22	N	0		5	N	18	LED	8+2Led	N	N	N	N	N	TI TMS0126NC	Sqrt	150x80x43	232gr	4xAA	Y	1.3W		Japan
	memory-10	H-1010		<=1975	>=1976	4 funct	2009_04_27	N	1		6+3mem	N	23	VFD	10.	N	N	N	N	N	Hitachi HD3692A	Sqrt % MR M+ M-	134x73x22	128gr	2xAA	3VDC	0.3W		Japan		Utilise l'adaptateur secteur AD-2S. Un 2ème interrupteur passe en notation fixe à 2 chiffres.
	MEMORY-10F	H-1011		<=1975	>=1975	4 funct	2010_09_21	N	1		7+1mem	N	22	VFD	10.	N	N	N	N	N	Hitachi HD3692A	Sqrt % = MR	134x73x22		2xAA	Y	0.3W		Japan		Utilise l'adaptateur secteur AD-2S. Un 2ème interrupteur passe en notation fixe à 2 chiffres. Les touches = en plus de donner le résultat de l'opération en cours additionne ou soustrait (= rouge) ce résultat à la mémoire.
	MEMORY 10E	MEMORY-10E		<=1976	>=1976	4 funct	2009_04_28	N	1		6+4mem	N	24	VFD	10.	N	N	N	N	N	Nec D573C	Sqrt % MC MR M- M+	140x83x25		2xAA	Y	0.2W		Japan		Utilise l'adaptateur secteur AD-2S. Un 2ème interrupteur passe en notation fixe à 2 chiffres.
	MEMORY-10GT			197x		4 funct	2009_04_28	N	1		7+4mem	N	25	VFD	10	N	N	N	N	N		GT % Sqrt MC MR M- M+			Y	Y
	MEMORY-12S	H-1211		<=1976	>=1976	4 funct	2009_04_28	N	1		6+4mem	N	24	VFD	12	N	N	N	N	N	Nec D573C	Sqrt % MC MR M- M+	140x83x25		2xAA	Y	0.32W		Japan
	121-MR			<=1975	>=1975	4 funct	2009_04_19	N	1		8+4mem	N	26	VFD	12+1Led	N	N	N	N	N	Hitachi HD3686	+/- % Sqrt x/y MC MR M- M+	170x120x32	294gr	4xAA	Y	0.35W
	CQ-1	COMPUTER QUARTZ CQ-1		<=1975	>=1977	4 funct+clock	2009_04_20	N	0		4+5clock	N	23	VFD	8.	N	N	N	N	Y	Nec uPD578C uPD878C	TM DT Time Start/Stop Lap Alarm	64x144x32	124gr	1xAA+2x1.5Vcell	Y	0.15W	Dugena Quartz Computer	Japan		Existe en 3 variations de couleur (dominante blanche, noire ou rouge).
	BIOLATOR	H-801		<=1975	>=1977	4 funct+biorhythm	2009_04_20	N	0		6	N	20	VFD	8.	N	N	N	N	N	Nec uPD572C	BIO DATE	125x74x23	104gr	2xAA	Y	0.2W		Japan
	personal-8			<=1975	>=1975	4 funct	2008_04_17	N	0		5	N	19	VFD	8.	N	N	N	N	N	Hitachi HD3679	%	125x74x22	116gr	2xAA	Y	0.2W		Japan		Existe en 2 variations de couleur de boitier (blanc ou noir).
	personal-8M			197x		4 funct	2009_05_18	N	1		6+3mem	N	23	VFD	8	N	N	N	N	N		+/- % MR M- M+			2xAA	Y			Japan
	fx-102			<=1976	>=1976	Scient	2009_08_02	N	1+stat		22+4mem+6stat	N	38	VFD	10 1/2 or 8 1/2+2 1/2	N	N	N	N	N	Hitachi HD36130 (6D 41)	"a^(b/c) Sqrt log ln 10^x e^x x^y Pi °'"" sin cos tan asin acos atan +/- 1/x EXP MC MR M- M+ sigman sigman-1 mean n Sumx Sumx^2 "	158x94x33		4xAA	Y	0.4W		Japan
	102-MR			197x		4 funct desktop	2009_07_28	N	1		6+3mem	N	23	VFD		N	N	N	N	N		Sqrt % MR M- M+			Y	Y			Japan
	103-MR			~1974	>=1976	4 funct	2009_04_19	N	1		6+3mem	N	23	VFD	10.	N	N	N	N	N	Hitachi HD3692	Sqrt % MR M- M+	160x99x33	232gr	4xAA	6VDC	0.3W		Japan
	803-MR			~1975		4 funct	2009_04_19	N	1		6+3mem	N	23	VFD		N	N	N	N	N		Sqrt % MR M- M+	160x99x33		4xAA	Y
	805-MR			<=1976	>=1976	4 funct	2009_04_19	N	1		6+3mem	N	23	VFD	8.	N	N	N	N	N	Nec uPD977C	Sqrt % MR M- M+	160x99x33	222gr	4xAA	Y	0.25W
	AL-8			<=1976	>=1976	4 funct+stat	2009_04_19	N	>=1		15+4mem	N	24	VFD	8.	N	N	N	N	N	Nec D573C	% Sqrt GT rem a.b/c hms MC MR M- M+ Sumx Sumx^2 n meanx SD(sigma)	140x82x25	175gr	2xAA	Y	0.2W		Japan
	AL-8S			<=1976	>=1977	4 funct	2009_05_22	N	>=1		16+4mem	N	28	VFD	8.	N	N	N	N	N	Hitachi HD36133	Sqrt a(b/c) DATE0-6 GT rem % MC MR M- M+	139x81x24	130gr	2xAA	Y	0.2W		Japan
	CQ-2	Computer Quartz CQ-2		<=1976	>=1977	4 funct+clock	2009_04_20	N	0		6	N	23	VFD	8 1/2	N	N	N	N	Y	Nec uPD578C	TM DT Time Clock Alarm Start/Stop Lap	67x146x38		1xAA+2x1,5 cell	AC	0.85W		Japan
	F-2			197x		4 funct desktop	2006_08_16	N	1			N		VFD			N	N	N	N		% Sqrt +/-	241x191x		2xD
	fx-15			197x		Scient	2010_01_17	N	1		19+4mem	N	37	VFD	8 1/2	N	N	N	N	N		"x^2 Sqrt log ln e^x x^y Pi °'"" sin cos tan asin acos atan +/- 1/x EXP MC MR M- M+"	146x86x		4xAA	Y
	fx-17			<=1976	>=1976	Scient	2009_07_28	N	1		21+4mem	N	37	VFD	8 1/2	N	N	N	N	N	Hitachi HD37678B	"x^2 Sqrt log ln e^x x^y Pi °'"" sin cos tan asin acos atan +/- 1/x EXP MC MR M- M+"	149x89x29	176gr	4xAA	6VDC	0.33W		Japan
	fx-19			<=1976	>=1976	Scient+Stat	2009_07_28	N	>=1		22+4mem+6stat	N	38	VFD	8 1/2 or 6+2 1/2	N	N	N	N	N	Hitachi HD36130	"a^(b/c) Sqrt log ln 10^x e^x x^y Pi °'"" sin asin cos acos tan atan +/- 1/x Exp MC MR M- M+ sigman sigman-1 mean n Sumx Sumx^2 "	149x89x29	180gr	4xAA	6VDC	0.35W	MBO fx-19, Sperry Remington SSR-15	Japan
	fx-20			<=1975	>=1976	Scient	2011_06_24	N	1		18+3mem	N	32	VFD	8 1/2 or 6+2 1/2	N	N	N	N	N	Hitachi HD3678B	"sin cos tan asin acos atan e^x log ln/x^y °'"" Sqrt +/- EXP MC MR M+="	132x75x25	124gr	2xAA	3VDC	0.25W		Japan
	fx-21			<=1977	>=1977	Scient	2010_05_12	N	1		30+3mem	N	35	VFD	8 1/2 + 2 1/2	N	N	N	N	N		"ln log x^y °'"" sin cos tan sinh cosh tanh 1/x Sqrt +/- Exp Pi e^x 10^x x^(1/y) asin acos atan asinh acosh atanh n! x^2 Min MR M+"	145x84x25		2xAA	3VDC	0.2W	Boots 424, MBO fx-21	Japan
	fx-1000			1976	>=1977	Scient	2010_01_12	N	>=1		32+3mem+8stat	N	37	YLCD	8+indic	N	N	N	N	N		"MODE log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) 1/x x! Sqrt EXP 10^x e^x x^(1/y) °'""<- asin acos atan asinh acosh atanh Pi Min MR M+ Sumx^2 Sumx n meanx sigman-1 sigman x DEL"	130x68x15		1xAAA	Y			Japan
	micro-mini	M-800	1	~1976	>=1977	4 funct	2009_04_29	N	0		4	N	18	YLCD	8+indic	N	N	N	N	N			60x41x13		1xLR44 (1.5Vcell)	N	0.01W		Japan
	micro-mini	M-810	2	~1976		4 funct	2009_05_17	N	1		5+1mem	N	20	YLCD	8+indic	N	N	N	N	N		% MR	60x41x13		1xLR44 (1.5Vcell)	N	0.01W	Radio Shack Micro-Mini version 2	Japan
	micro-mini	MC-811	3	197x		4 funct	2009_04_29	N	1		5+1mem	N	20	YLCD	8+indic	N	N	N	N	N		% MR	60x41x13		1xLR44 (1.5Vcell)	N	0.01W		Japan		L'interrupteur on/off fait aussi touche AC.
	micro-mini	M-800	4	~1977		4 funct	2009_04_29	N	0		4	N	18	LCD	8+indic	N	N	N	N	N			60x41x13		1xLR44 (1.5Vcell)	N	0.01W		Japan
	personal-I	H-802		<=1976	>=1977	4 funct	2009_07_17	N	0		6	N	20	VFD	8.	N	N	N	N	N	Hitachi HD36145 or Nec uPD577C	Sqrt %	124x74x22	108gr	2xAA	Y	0.2W		Japan
	pocket-LC	CL-811		197x		4 funct	2009_12_30	N	1		5+2mem	N	21	YLCD	8	N	N	N	N	N	Nec uPD870C	% MR =	105x62x15		2xbutton cell	N	0.01W		Japan
	pocket-LC II	CL-812		<=1976	>=1976	4 funct	2010_01_02	N	1		5+1mem	N	21	YLCD	8.	N	N	N	N	N	Toshiba T3333	% MR	110x64x18	88g	1xAA	N	0.01W	BMS LC 8	Japan
	AL-10			<=1976	>=1976	4 funct	2009_05_22	N	1		15+4mem	N	24	VFD	10.	N	N	N	N	N	Nec D573C	% Sqrt GT rem a.b/c hms MC MR M- M+ Sumx Sumx^2 n meanx SD(sigma)	140x82x25	134gr	2xAA	Y	0.2W		Japan
	MEMORY A-1	H-814		<=1976	>=1977	4 funct	2010_01_28	N	1		7+3mem	N	24	VFD	8.	N	N	N	N	N	Hitachi HD3780 or HD36183	Sqrt % +/- MR M- M+	117x74x19	88gr	1xAA	Y	0.12W		Japan
	MEMORY B-1	H-816		<=1978	>=1980	4 funct	2010_01_28	N	1		7+3mem	N	23	VFD	8.	N	N	N	N	N	Nec D1877C	Sqrt % Delta% MR M- M+	136x77x20	108gr	2xAA	Y	0.2W	Boots 224 Memory	Japan
	ST-1			<=1977	>=1977	4 funct+stopwatch	2009_05_28	N	1		9+3mem	N	26	VFD	8.	N	N	N	N	Y	Nec uPD579C + Toshiba TC4011P	Total TM % Sqrt MR M- M+	130x73x22		1xAA	Y	0.13W		Japan
	Electronic Calculator			<=1977		4 funct	2010_02_14	N	1		7	N	24	VFD	8.	N	N	N	N	N		SQRT % +/- MR M- M+
	MQ-1			<=1977	>=1980	4 func+clock	2011_06_16	N	0		4+5time	N	23	YLCD	6+indic	N	N	N	N	Y	Nec D874Q	TM DT TIME ST MD	32x115x10		2x1.5Vcell	N	0.0002W		Japan
	MQ-2			~1979		4 func+clock	2009_05_03	N	0		5+5time	N	24	YLCD	8+indic	N	N	N	N	Y		% TM RECALL TIME SET DATE	117x35x9		2x1.5Vcell	N			Japan
	MQ-5			~1978		4 funct	2010_02_18	N	0		5+5time	N	24	YLCD	8+indic	N	N	N	N	Y		% TM SET TIME RECALL DATE	90x55x8		2xLR44 (1,5Vcell)	N	0.012W		Japan
	MQ-10			197x/8x		4 funct	2009_05_03	N	0		5+5time	N	24	YLCD	8+indic	N	N	N	N	Y		% ST DT RCL ALM TIME			2xLR44 (1,5Vcell)	N	0.004W		Japan
	fx-29			<=1977	>=1977	Scient+Stat	2009_07_28	N	>=1		22+4mem+7stat	N	38	VFD	8 1/2 or 6 1/2+2 1/2	N	N	N	N	N	Hitachi HD36130	"a^(b/c) log ln 10^x e^x Sqrt °'"" sin cos tan asin acos atan +/- 1/x EXP Pi MC MR M- M+ sigman sigman-1 mean n Sumx Sumx^2 x"	152x84x23	148gr	2xAA	Y	0.75W		Japan
	fx-31			<=1977	>=1980	Scient+Stat	2012_08_19	N	>=1		27+3mem+6stat	N	35	VFD	8 1/2 or 6.+2 1/2	N	N	N	N	N	Hitachi HD38111A	"log ln x^y Sqrt °'"" sin cos tan +/- 1/x [(...6...)] EXP 10^x e^x x^(1/y) x^2 °'""<- asin acos atan x! Pi Min MR M+ n meanx sigman sigman-1 x SAC DEL"	145x84x25	132gr	2xAA	3VDC	0.25W	Boots 425	Japan		Adapteur secteur : AD-25.
	fx-39			<=1978	>=1978	Scient+Stat	2010_10_14	N	>=1		35+4mem+9stat	N	38	VFD	8 1/2 or 6 1/2+2 1/2	N	N	N	N	N	Hitachi HD38111A	"1/x Sqrt log ln x^y +/- °'"" sin sinh cos cosh tan tanh a^(b/c) X<>Y [(...6...)] EXP x! x^2 10^x e^x x^(1/y) °'""<- asin asinh acos acosh atan atanh Pi Min MR M+ X<>M Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	152x84x23	146gr	2xAA	Y	0.75W		Japan		Vendue en Argentine sous le nom Fuego.
	fx-48	MINI CARD fx-48		1977/78		Scient+Stat	2009_07_28	N	>=1		27+7mem+9stat	N	22	YLCD	9+indic	N	N	N	N	N		"[( )] MODE Sqrt 1/x log ln x^y sin cos tan °'"" +/- EXP x^2 x! 10^x e^x x^(1/y) asin acos atan Pi Min MR MC X<>M MAC M+ M- n meanx sigman sigman-1Sumx^2 Sumx SAC x DEL"	55x91x4	39gr with bat	2x1.5Vcell	N	0.0006W		Japan
	fx-105			<=1977	>=1977	Scient+Stat	2009_08_02	N	>=1		32+2mem	N	35	VFD	9 1/2 + 2 1/2	N	N	N	N	N		"log ln x^y °'""-> sin cos tan sinh cosh tanh +/- 1/x Sqrt [( )] EXP Pi 10^x e^x x^(1/x) <-° asin acos atan asinh acosh atanh x^2 M+ MRC"	152x84x23		2xAA	Y
	fx-110			<=1977	>=1977	Scient+Stat	2009_08_02	N	>=1		32+3mem+7stat	N	35	VFD	10 1/2 or 8 1/2+2 1/2	N	N	N	N	N	Hitachi HD36134	"log ln x^y °'"" sin cos tan sinh cosh tanh (-) Sqrt 1/x dB EXP 10^x e^x x^(1/x) °'""<- asin acos atan asinh acosh atanh x^2 dB<- Pi Min MR M+ Sumx n meanx sigman sigman-1 x DEL"	152x84x23	144gr	2xAA	Y	0.75W
	fx-120			<=1977	>=1978	Scient	2009_08_02	N	1		48+4mem	N	39	VFD	10 1/2, 8 1/2+2 1/2	N	Y	N	N	N	Hitachi HD38111A (8A)	"% 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) X<>Y [(---6---)] EXP x! x^2 10^x e^x x^(1/y) °'""<- asin acos atan asinh acosh atanh nPr nCr R->P P->R Pi Min MR M+ X<>M Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	162x84x24		2xAA	3VDC	0.8W		Japan		Il y a un connecteur 17 broches au dos. Peut-être est-ce une connexion vers une imprimante ? extention ?
	fx-140			~1978		Scient+Stat	2009_08_02	N	>=1		25+4mem+9stat	N	38	VFD	10 1/2 or 8 1/2+2 1/2	N	N	N	N	N		"1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) X<>Y [(...6...)] EXP x! x^2 10^x e^x x^(1/y) °'""<- asin acos atan asinh acosh atanh Pi Min MR M+ X<>M Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	152x84x23		2xAA	Y	0.75W
	AQ-810			~1978		4 funct+time	2009_04_19	N	1		6+4mem+4time	N	27	YLCD	8+indic	N	N	N	N	Y		Sqrt % MC MR M- M+ hms SET RECALL PM			2x1.5Vcell	N	0.019W		Japan
	AQ-1000			<=1978	>=1978	4 funct+time	2009_04_19	N	1		6+4mem+5time	N	28	YLCD	8+indic	N	N	N	N	Y	Toshiba T3649	Sqrt % MC MR M- M+ SET (((o))) LAP START/STOP PM	115x60x6		2x1.5Vcell	N			Japan
	CQ-81			<=1978	>=1978	4 funct+time	2009_04_20	N	1		6+4mem+4time	N	28+1	YLCD	8+indic	N	N	N	N	Y		% Sqrt MC MR M- M+	130x70x40		2xAA	N	0.019W		Japan
	CQ-82	MULTI ALARM CLOCK		<=1978	>=1978	4 funct+time	2009_04_20	N	0		6+8time	N	27	LCD	8+indic	N	N	N	N	Y	Hitachi HD43112A	% Sqrt + time, 4 alarms	76x140x41		2xAA	N	0.06W		Japan
	LC-81			197x/8x		4 funct	2011_07_10	N	1		5+1mem	N	20	YLCD	8+indic	N	N	N	N	N		% MR	78x42x8		1x1,5Vcell	N	0,01W		Japan
	LC-817			197x		4 funct	2009_04_26	N	1		6+1mem	N	21	YLCD	8+indic	N	N	N	N	N		% Sqrt MR			Y	N
	LC-818			197x		4 funct	2009_04_26	N	1		6+1mem	N	21	YLCD	8+indic	N	N	N	N	N		% Sqrt MR			Y	N
	LC-819			197x		4 funct	2009_04_26	N	1		6+1mem	N	21	LCD	8+indic	N	N	N	N	N		% Sqrt MR			Y	N
	LC-820			<=1977	>=1977	4 funct	2008_10_11	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	110x62x7	64gr with bat	3x1.5Vcell	N	0.0012W
	LC-821			<=1977	>=1977	4 funct	2008_10_11	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N	Toshiba T3533	% Sqrt MR M- M+	110x62x7	59gr with bat	3x1.5Vcell	N	0.0012W		Japan
	LC-822			<=1977	>=1977	4 funct	2010_01_30	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N	Toshiba T3633	% Sqrt MR M- M+	110x62x8		2x1.5Vcell	N	0.0004W		Japan
	LC-825			<=1978	>=1978	4 funct	2009_04_26	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N	Toshiba T3708	% Sqrt MR M- M+	110x65x8		2x1.5Vcell	N	0.0003W		Japan
	LC-826			<=1979	>=1979	4 funct	2009_04_26	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			Y	N
	LC-827			198x		4 funct	2009_06_14	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	112x65x8	60gr	2x1.5Vcell	N	0.00024W		Japan
	LC-828			198x		4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	113x65x10		2xcell	N	0.00024W		Japan
	LC-851			<=1980	>=1980	4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			Y	N
	LC-950			~1980		Metric converter	2009_04_26	N	1		6+3mem+Metric converter	N	28	LCD	8+8+indic	N	N	N	N	N		% Sqrt MRC M- M+ Kin Kout +Metric converter			1x3Vcell	N	0.00034W
	LC-1023			198x		4 funct	2009_04_26	N	1		7+4mem	N	27	LCD	10+indic	N	N	N	N	N		+/- % Sqrt MC MR M- M+			Y	N
	LC-1200			198x		4 funct	2010_09_17	N	1		7+5mem	N	26	LCD	12+indic	N	N	N	N	N		+/- % Sqrt GT MC MR M- M+			2x1.5Vcell	N	0.00036W		Japan
	J-1	J-811		<=1978	>=1978	4 funct	2009_04_16	N	1		7+3mem	N	24	VFD	8.	N	N	N	N	N	Nec D1877C	% Sqrt +/- MR M- M+	158x97x24	152gr	2xAA	Y	0.25W		Japan
	J-2			~1978		4 funct	2009_04_26	N	1		6+4mem	N	24	VFD	12	N	N	N	N	N		Sqrt % MC MR M- M+	158x97x24		2xAA	Y
	J-3	J-1211		<=1978	>=1978	4 funct	2013_04_13	N	1		8+3mem	N	25	VFD	12 1/2	N	N	N	N	N	Hitachi HD38401A	Delta% % Sqrt +/- MRC M- M+	159x100x23	184gr	2xAA	Y	0.32W		Japan
	PERSONAL M-1	H-813		<=1976	>=1979	4 funct	2009_05_18	N	1		6+1mem	N	21	VFD	8.	N	N	N	N	N	Nec uPD577C (1976), Hitachi HD3780 (1977), Hitachi HD36183 (1977), HD3783 (1979)	Sqrt %	124x75x22	82gr or 98gr	2xAA	3VDC	0.2W		Japan
	PERSONAL M-1	H-813B		<=1978	>=1981	4 funct	2009_05_18	N	1		6+1mem	N	21	VFD	8.	N	N	N	N	N	Nec D1877C (E82939)	Sqrt %	124x75x22	102gr	2xAA	3VDC	0.2W		Japan
	FL-1			197x		4 funct desktop	2009_04_23	N	1		11+4mem	N	29	YLCD		N	N	N	N	N		-> +/- IR Delta% Sqrt % GT M+ M- MR MC			Y	N
	JL-20			<=1978	>=1978	4 funct	2010_05_02	N	1		6+4mem	N	24	YLCD	10+indic	N	N	N	N	N	Hitachi HD43321	Sqrt % MC MR M- M+	161x101x40	181g	2x1.5Vcell	N	0.0005W		Taiwan
	JL-30			<=1978	>=1978	4 funct	2009_04_26	N	1		8+3mem	N	25	YLCD	12+indic	N	N	N	N	N	Toshiba T3712	GT Sqrt -> % MRC M- M+	159x110x39		3x1.5Vcell	N	0.001W		Japan
	JL-810			197x/8x		4 funct	2009_04_26	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	152x89x19		2xAA	N	0.00077W		Japan
	LC-78	MINI CARD		<=1978	>=1979	4 funct	2009_04_26	N	1		5+3mem	N	22	YLCD	8+indic	N	N	N	N	N	Nec D896G3	% MR M- M+	55x91x5		2x1.5Vcell	N			Japan
	LC-78G	MINI CARD		<=1979	>=1979	4 funct	2009_04_26	N	1		5+3mem	N	22	YLCD?	8+indic	N	N	N	N	N		% MR M- M+	55x91x5		2x1.5Vcell	N			Japan
	LC-78S	MINI CARD		~1978		4 funct	2010_03_25	N	1		6+1mem	N	22	YLCD	8+indic	N	N	N	N	N		Sqrt % MR	55x91x4	39gr with bat	2x1.5Vcell	N			Japan
	LC-79	MINI CARD		~1979		4 funct	2010_02_19	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			Y	N
	PL-8			197x/8x		4 funct	2009_05_19	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N		Sqrt % MR M- M+			Y	N
	ST-24	CARD TIME		~1978		4 funct	2009_07_20	N	1		5+3mem+7time	N	22	YLCD	8+indic	N	N	N	N	Y		% MR M- M+ h start/stop m lap s timerI timerII			2x1.5Vcell	N	0.019W		Japan
	HL-101			197x		4 funct	2010_02_18	N	1		7+4mem	N	25	YLCD	10+indic	N	N	N	N	N		+/- % Sqrt MC MR M- M+	142x76x19	125g	2xAA	N			Japan
	HL-801			<=1979	>=1979	4 funct	2009_04_24	N	1		6+3mem	N	23	YLCD	8+indic	N	N	N	N	N	Hitachi HD43111A ou HD43111	Sqrt % MR M- M+	137x75x20		1xAA	N	0.00026W		Japan
	HL-806			<=1979	>=1979	4 funct	2009_04_24	N				N	23	LCD		N	N	N	N	N	Hitachi HD43111A	% Sqrt			2xAA	N
	HL-807			<=1980	>=1980	4 funct	2009_04_24	N	1		5+1mem	N	20	YLCD	8+indic	N	N	N	N	N	Nec D1871C	% MR	114x79x19		2xAA	N	0.00026W		Japan
	AQ-2000			<=1979	>=1979	4 funct + timer	2010_01_28	N	1		6+3mem+8time	N	30	LCD	8+indic	N	N	N	N	Y	Hitachi HD43107A	% Sqrt MRC M- M+ Calendar Time Alarm Recall Start/Stop Set Date PM	112x62x7		2x1.5Vcell	N	0.004W		Japan
	BQ-1100			198x		4 funct+timer+biolator	2010_04_05	N	1		6+3mem+time+biolator	N	30	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+			Y	N			Japan
	MQ-11	CARD WATCH , MQ-11B		<=1979	>=1979	4 func+clock	2009_05_03	N	1		6+3mem+7time	N	30	LCD	8+indic	N	N	N	N	Y	Hitachi HD43107A	% Sqrt MRC M- M+ calendar time alarm recall ST/TR set date	91x55x5		2x1.5Vcell	N	0.004W		Japan
	MELODY-80			<=1979	>=1979	4 funct + timer	2009_04_27	N	1		6+3mem+8clock	N	31	LCD	8+indic	N	N	N	N	Y	Nec D1863G	% Sqrt MRC M- M+ Timer Alarm1 Alarm2 Set Start/Stop Lap Date Time	57x115x9	60g	2x1.5Vcell	N	0.022W		Japan
	C-701			198x		4 funct wrist watch	2005_10_14	N			4+clock	N	20	LCD			N	N	N	Y						N
	HL-101	HL-101B	1	<=1980	>=1980	4 funct	2009_04_24	N	1		7+4mem	N	25	LCD	10+indic	N	N	N	N	N	Hitachi HD43321A	+/- % Sqrt MC MR M- M+	142x76x19	125g	2xAA	N	0.00035W		Japan
	HL-101	HL-101B	2	<=1984	>=1989	4 funct	2011_06_13	N	1		9+4mem	N	28	LCD	10+indic	N	N	N	N	N	Hitachi HD43570 (1985)	Rnd -> +/- % Sqrt MC MR M- M+	142x76x19	125g	2xAA	N	0.0004W		Japan
	HL-802			<=1980	>=1980	4 funct	2007_08_27	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Toshiba T3708S	Sqrt % MR M- M+	137x75x20		2xAA	N	0.00026W		Japan
	HL-802	HL-802B		<=1983	>=1983	4 funct	2009_04_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		Sqrt % MR M- M+	137x75x20		2xAA	N	0.00026W		Japan
	JL-120			198x		4 funct	2009_06_30	N	1		6+4mem	N	24	LCD	10+indic	N	N	N	N	N		% Sqrt MC MR M- M+			2xAA	N	0.0003W		Japan
	JS-8			198x		4 funct	2010_02_19	N	1		7+3mem	N	24	LCD		N	N	N	N	N		% Sqrt +/- MR M- M+			N	solar			Japan
	DS-1			198x		4 funct desktop	2010_02_21	N	1		9+4mem	N	29	LCD	10+indic	N	N	N	N	N		Sqrt % GT +/- -> M+ M- MR MC	195x140x		N	solar			Japan
	LC-80	MINI-CARD		<=1980	>=1980	4 funct	2009_03_16	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+	85x55x3		1xCR2016 (3Vcell)	N
	LC-315	LC-315E		<=1980	>=1980	4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	111x66x8	42gr	2x1.5Vcell	N	0.00024W		Japan
	LC-316			<=1980	>=1980	4 funct	2010_07_14	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	111x66x8		2x1.5Vcell	N	0.00024W		Japan
	LC-316	LC-316B		<=1980	>=1980	4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Nec D1870G	% Sqrt MR M- M+	111x66x8	44gr	2x1.5Vcell	N	0.00024W		Japan
	ML-8			198x		4 funct+clock	2009_05_01	N				N	27	LCD	8+indic	N	N	N	N	Y					Y	N
	ML-44			197x/8x		4 funct+clock	2011_03_01	N	1		5+3mem+9clock	N	31	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ Timer Alarm1 Alarm2 Adj/Set Start/Stop Lap Date Time PM	57x115x9	60g	2x1.5Vcell	N	0.022W		Japan
	ML-71			<=1980	>=1980	4 funct+clock	2009_05_01	N	1		5+3mem+6clock	N	28	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ Start/Stop Timer Alarm Adj/Set Time Date	57x91x6	38gr	2x1.5Vcell	N	0.012W		Japan
	ML-75			198x		4 funct+clock	2009_05_01	N	1		6+3mem+10clock	N	33	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ ADJ/SET ALARM1 DATEMEMORY1 START/STOP ALARM2 DATEMEMORY2 TIME DATE MELODYSELECT			Y	N
	ML-81			<=1980	>=1981	4 funct+clock	2009_05_01	N	1		6+3mem+8time	N	31	LCD	8+indic	N	N	N	N	Y	Nec D1864G	% Sqrt MRC M- M+ Timer Alarm-1 Alarm-2 Set Start/stop Lap Date Time	57x114x9		2x1.5Vcell	N	0.012W		Japan		"Touches ""sonnores""."
	ML-82			198x		4 funct+clock	2009_05_01	N	1		6+3mem+6time	N	29	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ ADJ/SET TIME DATE ALARM LAP START/STOP			Y	N
	ML-85			198x		4 funct+clock	2009_05_01	N	1		6+3mem+8time	N	31	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ TIME ALARM-1 ALARM-2 SET START LAP DATE TIME			Y	N
	ML-88			198x		4 funct+clock	2009_05_01	N	1		5+3mem+8time	N	30	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ TIME ALARM-1 ALARM-2 ADJ/SET START/STOP LAP DATE TIME			Y	N
	ML-90			<=1980	>=1980	4 funct+clock	2009_05_04	N	1		6+3mem+12time	N	33	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ time	115x63x6	57gr	2xLR1130 (1.5Vcell)	N	0.012W		Japan
	ML-120			198x		4 funct+clock	2009_05_04	N	1		6+3mem+12time	N	33	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ time	115x63x6	57gr	Y	N
	ML-720			198x		4 funct	2009_05_03	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+	55x85x4		1xLR1120	N
	ML-733			198x		4 funct	2009_05_03	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		Note % MRC M- M+			2x1.5Vcell	N	0.0054W		Japan
	ML-831			198x		4 funct	2009_05_03	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+		~90gr	2x	N
	ML-832			198x		4 funct	2009_05_03	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+			Y	N
	ML-833			<=1981	>=1981	4 funct	2013_04_13	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		Note % MRC M- M+	114x68x8		2xLR-1130 (1.5Vcell)	N	0,006W		Japan		"Touches ""sonnores""."
	ML-840			198x		4 funct	2009_05_03	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+			Y	N
	ML-860			<=1980	>=1980	4 funct+clock	2010_01_28	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+	100x63x6		2xLR1130 (1.5Vcell)	N	0.0056W		Japan
	MQ-200			198x		4 funct+clock	2009_05_04	N	1		5+3mem+13time	N	31	LCD	8+indic++	N	N	N	N	Y		% MRC M- M+ DT TIME ALARMI-II-III STOP CLEAR LIGHT ADJ/SET RECALL RESET SET			3xAA	N			Japan
	MQ-1200			197x/8x		4 funct+clock	2011_06_16	N	1		6+3mem+9time	N	32	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ TIME DATE ALARMI-II DATEMEMORYI-II SELECT LIGTH			3xAA	N	0.15W		Japan
	COLLEGE fx-80	fx-80		~1980	>=1982	Scient	2009_07_29	N	>=1		34+5mem+9stat	N	38	YLCD	9+indic	N	N	N	N	N		"D-R-G ENG log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(---6---)] EXP ENG<- 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! R->P P->R Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	149x76x18		2xAA	N
	COLLEGE fx-100	fx-100		<=1980	>=1984	Scient	2009_10_05	N	1		39+5mem+9stat	N	38	LCD	10 or 8 +2 1/2 + indic	N	N	N	N	N		"D-R-G 1/x log ln x^y +/- Sqrt °'"" sin cos tan a^(b/c) X<>Y [(---6---)] EXP x! 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan FIX SCI NORM ENG R->P P->R RND RAN# Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	149x76x19		2xAA	N	0.0004W		Japan
	COLLEGE fx-100B	fx-100B		198x		Scient	2009_08_02	N	1		49+5mem+9stat	N	38	LCD	10 or 8 +2 1/2 + indic	N	N	N	N	N		"MODE Sqrt log ln x^y a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP x^2 10^x e^x x^(1/y) d/c °'""<- asin acos atan asinh acosh atanh 1^(1/3) 1/x x! nPr nCr R->P P->R RND RAN# Pi % AND OR XOR NEG Min MR M+ X<>M M- meanx sigman sigman-1 S	149x76x19		2xAA	N
	fx-107			198x		Scient	2009_08_02	N	>=1		49+5mem+9stat	N	38	LCD	10 or 8 +2 1/2 + indic	N	N	N	N	N		"MODE Sqrt log ln x^y a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP x^2 10^x e^x x^(1/y) d/c °'""<- asin acos atan asinh acosh atanh 1^(1/3) 1/x x! nPr nCr R->P P->R RND RAN# Pi % AND OR XOR NEG Min MR M+ X<>M M- meanx sigman sigman-1 S	149x76x19		2xAA	N
	FX-501P			<=1979	>=1980	Scient Prog	2009_08_16	Y	128Bytes+11mem		Scient + Prog	N	50	YLCD	10+2+indic	N	Y	Ext	Mem	N		Scient + Prog	152x76x12		2xLR44 (1.5Vcell)	N	0.0008W		Japan		Utilise l'interface cassette FA-1 ou FA-2 .
	FX-502P			1978	>=1980	Scient Prog	2009_08_16	Y	256Bytes+20mem		Scient + Prog	N	50	YLCD	10+2+indic	N	Y	Ext	Mem	N		Scient + Prog	152x76x12	141gr	2xLR44 (1.5Vcell)	N	0.0008W		Japan		Utilise l'interface cassette FA-1 ou FA-2 .
	fx-2000			~1978		Scient+Stat	2010_01_12	N	>=1		32+3mem+8stat	N	37	YLCD	8 or 5+2 +indic	N	N	N	N	N		"MODE log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) 1/x x! Sqrt EXP 10^x e^x x^(1/y) °'""<- asin acos atan asinh acosh atanh Pi Min MR M+ Sumx^2 Sumx n meanx sigman-1 sigman x DEL"	121x67x11		Y	N			Japan
	fx-2200			<=1978	>=1978	Scient+Stat	2010_01_12	N	>=1		32+3mem+8stat	N	37	YLCD	8 or 5+2 +indic	N	N	N	N	N	Hitachi HD43100	"MODE log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) 1/x x! Sqrt EXP 10^x e^x x^(1/y) °'""<- asin acos atan asinh acosh atanh Pi Min MR M+ Sumx^2 Sumx n meanx sigman-1 sigman x DEL"	121x67x11		3xLR44 (1.5V)	N	0.0024W		Japan
	fx-2500			~1977		Scient+Stat	2011_06_16	N	>=1		28+4mem+9stat	N	37	YLCD	8 or 5+2 +indic	N	N	N	N	N		"MODE log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [( )] EXP 10^x e^x x^(1/y) x^2 asin acos atan x! Pi Min MR M+ X<>M Sumx^2 Sumx n meanx sigman-1 sigman SAC x DEL"			2x1.5Vcell	N	0.0006W		Japan
	fx-3000			197x		Scient	2010_01_14	N	>=1		39+4mem+9stat	N	39	YLCD	10+indic	N	N	N	N	N	Nec uPD895G	"MODE 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh % X<>Y [( )] EXP x! x^2 10^x e^x x^(1/y) asin acos atan asinh acosh atanh nPr nCr R->P P->R Pi Min MR M+ X<>M Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	134x69x9	78gr with bat	3xbutton cell	N			Japan
	fx-3100			197x		Scient	2010_01_14	N	>=1		39+4mem+9stat	N	39	YLCD	10+indic	N	N	N	N	N		"MODE 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh % X<>Y [( )] EXP x! x^2 10^x e^x x^(1/y) asin acos atan asinh acosh atanh nPr nCr R->P P->R Pi Min MR M+ X<>M Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	134x69x9		3xbutton cell	N			Japan
	fx-8000			197x		Scient	2010_01_14	N	>=1		38+4mem+9stat+timer	N	40	YLCD	9+indic	N	N	N	N	Y		"MODE 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a(b/c) X<>Y [( )] EXP x! x^2 10^x e^x x^(1/y) °'""<- asin acos atan asinh acosh atanh R->P P->R Pi Min MR M+ X<>M Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL START/STOP"	?x?x7		2xLR44 (1.5Vcell)	N	0.019W		Japan
	FT-7	FORTUNE-TELLING CALCULATOR		<=1981	>=1981	4 funct+biorhythm	2009_04_23	N	1		5+3mem+6time+5	N	29	LCD	8+indic	N	N	N	N	Y	Hitachi HD43577LF	% MRC M- M+ ADJ/SET TIME ALARM DATE PM bell ? ?? BIRTH Yesterday Tomorrow	57x114x9	58gr with bat	2xLR44 (1.5V)	N	0.012W		Japan
	FT-21			<=1981	>=1981	4 funct+biorhythm	2010_01_04	N	1		11+3mem	N	28	LCD	8+indic	N	N	N	N	Y	Hitachi HD43566	% Time Bio 3 mem	92x59x7	41gr avec pile	1x3Vcell	N	0,0023W		Japan		Existe en rose (pour les femmes) et en bleu pour les hommes.
	FT-22			<=1981	>=1981	4 funct+biorhythm	2009_04_23	N	1		11+3mem	N	28	LCD	8+indic	N	N	N	N	Y	Hitachi HD43566	% Time Bio 3 mem	92x59x7	41gr avec pile	1x3Vcell	N	0,0023W
	H-1			<=1980	>=1982	4 funct	2009_04_23	N	1		6+3mem	N	23	VFD	8.	N	N	N	N	N	Nec D1877C	Sqrt % MR M- M+	136x77x21	108gr	2xAA	3VDC	0.2W		Japan
	H-1	H-1B		<=1982	>=1985	4 funct	2009_04_23	N	1		6+3mem	N	23	VFD	8.	N	N	N	N	N	Nec D1877C	Sqrt % MR M- M+	136x77x20		2xAA	3VDC	0.2W		Japan
	H-2			~1980		4 funct	2009_05_22	N	1		9+4mem	N	27	VFD	10+indic	N	N	N	N	N		-> +/- Delta% % Sqrt MC MR M- M+	142x85x23		2xAA	3VDC			Japan
	H-3			<=1980	>=1984	4 funct	2009_04_23	N	1		9+4mem	N	27	VFD	12+indic	N	N	N	N	N	Hitachi HD38401 (0K 45) CircuitHT TDK TC-32 (0X) or Hitachi HD38401A (1984)	-> +/- Delta% % Sqrt MC MR M- M+	142x85x23	128gr	2xAA	3VDC	0.36W		Japan
	AQ-2200			198x		4 funct + timer	2009_06_04	N	1		6+3mem+8time	N	30	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ CALENDAR ADJ/SET TIME DATE ALARM LAP START/STOP PM	114x70x		1xLR1130	N			Japan
	HR-8A			198x		4 funct+printer	2011_06_13	N	1		6+4mem+3print	N	29+1	LCD	10+indic	N	N	Y	N	N		RND % MC MR M- M+ ^ P P/#			4xAA	Y
	QL-10			198x		4 funct+clock+lighter	2009_05_22	N	0		5+9time	N	24	LCD	8+indic	N	N	N	N	Y		% TM SET TIME RECALL DATE + 2 alarms	103x54x13	103gr with bat	Y	N			Japan		Calculatrice briquet.
	fx-310			<=1980	>=1981	Scient	2009_08_04	N	>=1		45+5mem+9stat	N	39	LCD	8+indic	N	N	N	N	N		"MODE 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) X<>Y [(...6...)] EXP x! x^2 10^x e^x x^(1/y) 1^(1/3) °'""<- asin acos atan asinh acosh atanh FIX SCI NORM ENG R->P P->R RND RAN# Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1	132x72x9	72,3 g	2x1.5Vcell	N	0.00045W		Japan
	fx-510			198x		Scient	2009_08_04	N	>=1		45+5mem+9stat	N	39	LCD	11+indic	N	N	N	N	N		"MODE 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) X<>Y [(...6...)] EXP x! x^2 10^x e^x x^(1/y) 1^(1/3) °'""<- asin acos atan asinh acosh atanh FIX SCI NORM ENG R->P P->R RND RAN# Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1	132x72x9		2x1.5Vcell	N			Japan
	fx-330			~1981		Scient	2013_04_13	N	>=1		32+5mem+9stat	N	37	LCD	8+indic or 6+2+indic	N	N	N	N	N		"MODE log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(---6---)] EXP 10^x e^x x^(1/y) 1^(1/3) x^2 °'""<- asin acos atan x! R->P P->R Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	124x70x9		2xLR44 (1.5V)	N	0.0007W		Japan
	PW-60			<=1980	>=1980	4 funct+time	2013_02_28	N	1		6+3mem+1time	N	19+1	LCD	8+indic	N	N	N	N	Y		% Sqrt MR M- M+ ADJ/SET	59x91x7		1x3Vcell	N	0,00005W		Japan
	PW-61			198x		4 funct+time	2010_02_16	N	1		6+3mem+1time	N	19+1	LCD	8+indic	N	N	N	N	Y		% Sqrt MR M- M+ ADJ/SET	59x91x7		1x3Vcell	N			Japan
	PW-70			<=1982	>=1985	4 funct+time	2010_01_04	N	1		5+3mem+6time	N	27	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ Time Alarm Lap ST PM bell	92x59x7	30gr	1x3Vcell	N	0.0025W		Japan
	PW-81			<=1980	>=1980	4 funct+time	2013_04_13	N	1		5+3mem+5time	N	24+1	LCD	8+indic	N	N	N	N	Y	Hitachi HD43128	% MRC M- M+ SET/ADJ TM AL TIME ALARM	59x91x6	45gr with bat	2xLR-1130 (1.5Vcell)	N	0.005W		Japan
	PW-82			<=1980	>=1981	4 funct+time	2010_01_15	N	1		5+3mem+6time	N	25+1	LCD	8+indic	N	N	N	N	Y	Hitachi HD43128 (1985)	% Adj/Set TM AL Time Alarm PM	91x59x6		2x1.5Vcell	N	0.005W		Japan
	fx-2600			198x		Scient+Stat	2010_01_15	N	>=1		38+5mem+9stat	N	47	LCD	9+indic	N	N	N	N	N		"MODE log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(...6...)] EXP 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! FIX SCI NORM ENG R->P P->R RND RAN# Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"			2x1.5Vcell	N
	fx-3200			198x		Scient+Stat+time	2010_01_15	N	>=1		38+5mem+9stat	N	47	LCD	10+indic	N	N	N	N	N		"MODE log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(...6...)] EXP 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! FIX SCI NORM ENG R->P P->R RND RAN# Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"			2x1.5Vcell	N	0.008W
	fx-6100			198x		Scient+Stat+time	2013_01_20	N	>=1		34+5mem+9stat+9timer	N	38	LCD		N	N	N	N	Y		"D-R-G +/- log ln sin cos tan °'"" X<>Y [(--5--)] EXP x^(1/3) 10^x e^x asin acos atan °'""<- 1/x x! Sqrt x^2 x^y x^(1/y) R->P P->R % Pi % Min MR M+ X<>M M- SD Sumx^2 Sumx n meanx sigman sigman-1 SaC xDEL ADJ/SET TR/ST TIME T-SIGNAL ALARM(SET) TIMER LAP ST			Y	N
	fx-7100			~1980		Scient+Stat+time	2011_08_28	N	>=1		33+5mem+9stat+6time	N	47+1	LCD	9+indic	N	N	N	N	Y	Hitachi HD43123A	"D-R-G-SD log ln sin cos tan +/- °'"" X<>Y [(...5...)] EXP 10^x e^x asin acos atan x^(1/3) °'""<- Sqrt x^2 1/x x! x^y x^(1/y) Pi R->P P->R % Min MR M+ X<>M M- Sumx^2 Sumx sigman sigman-1 SAC n meanx x DEL TIMER/TIME LAP/TIMESIGNAL ST/ALARM(SET) ADJ/SET AL	92x55x6		2x1.5Vcell	N	0.008W
	fx-7100	fx-7100B		<=1981	>=1981	Scient+Stat+time	2011_11_13	N	>=1		33+5mem+9stat+6time	N	47+1	LCD	9+indic	N	N	N	N	Y	Hitachi HD43123A	"D-R-G-SD log ln sin cos tan +/- °'"" X<>Y [(...5...)] EXP 10^x e^x asin acos atan x^(1/3) °'""<- Sqrt x^2 1/x x! x^y x^(1/y) Pi R->P P->R % Min MR M+ X<>M M- Sumx^2 Sumx sigman sigman-1 SAC n meanx x DEL TIMER/TIME LAP/TIMESIGNAL ST/ALARM(SET) ADJ/SET AL	92x55x6		2x1.5Vcell	N	0.008W		Japan
	fx-8100			<=1980	>=1980	Scient+Stat+time	2010_01_14	N	>=1		40+5mem+9stat+12timer	Y	44	LCD	8+2+indic	N	N	N	N	Y	Hitachi HD43123	"D-R-G-SD 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a(b/c) X<>Y [(...5...)] EXP x! x^2 10^x e^x x^(1/y) x^(1/3) °'""<- asin acos atan asinh acosh atanh R->P P->R Pi % Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL TR/ST ADJ/	129x70x7		2xSR1130 (1.5Vcell)	N	0.008W		Japan
	fx-8100	fx-8100B		~1980		Scient+Stat+time	2010_01_14	N	>=1		40+5mem+9stat+12timer	Y	44	LCD	8+2+indic	N	N	N	N	Y		"D-R-G-SD 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a(b/c) X<>Y [(...5...)] EXP x! x^2 10^x e^x x^(1/y) x^(1/3) °'""<- asin acos atan asinh acosh atanh R->P P->R Pi % Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL TR/ST ADJ/	129x70x7		2x1.5Vcell	N	0.008W	Casio fx-8100	Japan
	fx-3500P			198x		Scient Prog	2011_03_03	Y	7+38steps		Scient+Stat+Prg	N	39	LCD	10+2+indic	N	N	N		N		Scient + Stat + Prog	149x76x19		2x	N		Radio Shack EC-4004 v1	Japan
	FX-601P			1981	>=1984	Scient Prog	2010_01_21	Y	128Bytes+11mem		Prog+Scient	Y	50	LCD	11alpha+3num+indic	N	Y	Ext	Mem	N	HD43190A01 HD43191A01	Prog+Scient	141x75x11	100g	2xCR2032 (3Vcell)	N	0.0018W (with option 0.0024W)		Japan		Utilise l'interface cassette FA-2 .
	FX-602P			1981	>=1984	Scient Prog	2010_01_21	Y	512Bytes+20mem		Prog+Scient	Y	50	LCD	11alpha+3num+indic	N	Y	Ext	Mem	N	Nec D4446 HD43190A01 HD43191A01	Prog+Scient	141x75x11	100g	2xCR2032 (3Vcell)	N	0.0018W (with option 0.0024W)		Japan		Utilise l'interface cassette FA-2 .
	FX-702P			1981	>=1984	Basic	2010_06_29	Y	2KBytes (1680B available)		Basic	Y	65	LCD	20+indic	N	Y	N	Mem	N	Nec	Basic	82x166x18	176g	2xCR2032 (3Vcell)	N			Japan	pocketmuseum.com	Utilise l'interface cassette FA-2 .
	FX-801P			<=1982	>=1982	Basic	2010_06_29	Y	2KBytes (1680B available)		Basic	Y	73	LCD	20+indic	N	Y	Y	Y	N		Basic	221x257x46	1054gr	6xAA	9VDC				pocketmuseum.com
	FX-802P			~1982		Basic	2010_06_29	Y	2KBytes (1568B available)		Basic	Y	55	LCD	12+indic	N	Y	Y	Mem	N		Basic	94x172x25	258gr with bat	2xCR2032+4xAAA sealed					pocketmuseum.com
	FX-820P			~1982		Basic	2010_06_29	Y	2KB up to 4KB (1568B up to 3616B available)	27KB	Basic	Y	56	LCD	12+indic	N	Y	Y	Mem	N		Basic	94x172x25	335gr with bat	2xCR2032+4xAAA sealed	Y	0.3W (printer : 4W)			pocketmuseum.com
	VL-1	VL-1B , VL-TONE		<=1981	>=1984	4 funct+Synthetiser	2009_05_28	N	1		7+4mem+synthe	N	39	LCD	8+indic	N	N	N	N	N		Sqrt % +/- MC MR M- M+	75x300x29	300gr	4xAA	Y	0.6W		Japan
	VL-80			198x		4 funct+Synthetiser	2009_05_28	N	1		6+4mem+synthe	N	25	LCD	8+indic	N	N	N	N	N		+/- % Sqrt MC MR M- M+			Y	N			Japan
	fx-5			~1982		4 funct++	2009_07_27	N	1		14+4mem	N	32	LCD	8+indic	N	N	N	N	N		a^(b/c) Pi x^(1/3) Sqrt x^2 1/x [(...3...)] +/- % MC MR M- M+	149x76x18		2xAA	N
	fx-7			<=1982	>=1982	Scient	2011_06_20	N	1		25+4mem	N	32	LCD	8+indic	N	N	N	N	N		MODE x^y sin cos tan +/- Sqrt [(---3---)] EXP x^(1/3) asin acos atan 1/x x^2 log 10^x ln e^x Pi % Min MR M+ M-	149x76x18		2xAA	N	0,00073W		Japan
	fx-77			198x		Scient	2009_07_29	N	>=1		39+5mem+9stat	N	38	LCD	9+indic	N	N	N	N	N		"MODE Sqrt log ln ENG 1/x °'"" sin cos tan +/- X<>Y [(...6...)] EXP x^2 10^x e^x ENG<- x! °'""<- asin acos atan x^(1/3) nPr nCr x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL"			?	N
	fx-81			<=1980	>=1981	Scient	2012_08_20	N	1		32+5mem	N	38	LCD	9+indic	N	N	N	N	N		"D-R-G ENG log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(---6---)] EXP ENG<- 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! Pi Min MR M+ X<>M M-"	149x76x18		2xAA	N	0.0007W		Japan		Boitier blanc.
	fx-82			<=1982	>=1985	Scient	2011_11_04	N	>1		34+5mem+9stat	N	38	LCD	8+indic	N	N	N	N	N	Nec D1897G	"D-R-G ENG log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(---6---)] EXP ENG<- 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! R->P P->R Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	149x76x18	77gr	2xAA	N	0.0007W		Japan
	fx-210			198x		Scient	2010_02_24	N	1		26+4mem	N	32	LCD	10+indic ?	N	N	N	N	N		Sqrt x^y MODE sin cos tan +/- [(---3---)] EXP x^2 x^(1/3) asin acos atan 1/x log 10^x ln e^x Pi % Min MR M+ M-	121x70x		1xCR2032 (3Vcell)	N
	fx-250			198x		Scient	2010_10_30	N	1		35+5mem+9stat	N	38	LCD	8+indic	N	N	N	N	N		"MODE ENG log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(---6---)] EXP D-R-G ENG<- 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! R->P P->R Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	133x70x		2x1,5Vcell	N	0.0008W		Japan
	fx-250A			198x		Scient	2009_08_03	N	1		Scient	N	38	LCD	8+indic	N	N	N	N	N		Scient			Y	N
	fx-250B			198x		Scient	2011_06_24	N	1		43+5mem+9stat	N	38	LCD	8+2+indic	N	N	N	N	N		"MODE Sqrt log ln ENG °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x ENG<- °'""<- asin acos atan asinh acosh atanh x^(1/3) 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL"			2x1.5Vcell	N
	fx-300			198x		Scient	2009_08_04	N	>=1		39+5mem+9stat	N	38	LCD	9+indic	N	N	N	N	N		"MODE Sqrt log ln ENG 1/x °'"" sin cos tan +/- X<>Y [(...6...)] EXP x^2 10^x e^x ENG<- x! °'""<- asin acos atan x^(1/3) nPr nCr x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL"			?	solar
	CP-20	LEARN PROGRAM		<=1982	>=1982	4 funct+printer	2010_02_27	Y/N	1+40steps		6+3mem+6time+9	N	31	LCD	10+indic	N	N	Y		Y	Nec D1848G	+/- % MRC M- M+ RESET SET TM DT PM bell ^/FEED AL/REPAET O/LRN P/LIST RUN	127x77x20		4xAAA pack	4.8VDC			Japan
	HL-805	HL-805A		<=1981	>=1982	4 funct	2010_09_12	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Toshiba T6718	% Sqrt MR M- M+	130x75x19		2xAA	N	0.00029W		Japan
	HL-805	HL-805B		<=1982	>=1984	4 funct	2010_06_06	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Toshiba	% Sqrt MR M- M+	130x75x19		2xAA	N	0.00029W		Japan
	HS-7			~1988		4 funct	2011_06_16	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+			N	solar			Korea
	HS-8			198x		4 funct	2009_04_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan
	HS-8G			198x		4 funct	2009_04_24	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		+/- % Sqrt MR M- M+			N	solar
	HS-8s			<=1982	>=1982	4 funct	2010_01_28	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	128x70x13		N	solar			Japan
	LC-310			<=1981	>=1981	4 funct	2011_09_11	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	111x66x8	42gr	1xCR2025 (3Vcell)	N	0.00024W		Japan
	LC-311			<=1982	>=1982	4 funct	2010_01_28	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N	Nec D1827G	% Sqrt MR M- M+	109x64x8		2x1,5Vcell	N	0.00028W		Japan
	LC-311	LC-311B		<=1984	>=1984	4 funct	2010_01_28	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N	Nec D1827G	% Sqrt MR M- M+	109x64x8		2x1,5Vcell	N	0.00028W		Japan
	PERSONAL M-1	H-813C		<=1982	>=1986	4 funct	2009_05_18	N	1		6+1mem	N	21	VFD	8.	N	N	N	N	N	Nec D1877C (E21059)	Sqrt % MR	124x75x22	96gr	2xAA	3VDC	0.2W		Japan
	CA-60			<=1983	>=1983	4 funct wrist watch	2010_10_30	N	0		4+clk	N	18	LCD	10+indic	N	N	N	N	N			42x34x9			N			Japan
	HL-809			198x		4 funct	2009_04_24	N	1		5+1mem	N	20	LCD	8+indic	N	N	N	N	N		% MR	116x72x19	105gr	2xAA	N	0.00029W
	HL-809	HL-809B		<=1983	>=1984	4 funct	2009_06_02	N	1		5+1mem	N	20	LCD	8+indic	N	N	N	N	N	Toshiba T6718 (3.H)	% MR	116x72x19	105gr	2xAA	N	0.00029W		Japan
	HQ-21			198x		4 funct+time	2010_11_01	N	1		5+3mem+2time	N	24	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ SET TM			2xAA	N	0.0003W		Japan
	HQ-22			198x		4 funct+time	2009_04_24	N	1		6+4mem+4time	N	28	LCD	8+indic	N	N	N	N	Y		% Sqrt MC MR M- M+ TIME SET ALARM RECALL			Y	N
	HQ-31			198x		4 funct+time	2009_04_24	N	1		6+3mem+5time	N	28	LCD	8+indic	N	N	N	N	Y		% Sqrt MRC M- M+ ADJ/SET TIME DATE ALARM CALENDAR			Y	N
	HR-1			<=1983	>=1983	4 funct+printer	2007_06_14	N	1		7+4mem+2print	N	28+1	LCD	10+indic	N	N	Y	N	N	T6806	RD % +/- MC MR M- M+ ^ P/#	160x82x32		4xAA	6VDC	1.5W		Japan
	HR-7			<=1984	>=1985	4 funct+printer	2009_04_23	N	1		6+4mem+4print	N	28	LCD	10+indic	N	N	Y	N	N		% +/- MC MR M- M+ ^P P/# RD	181x85x34		4xAA	6VDC	2W		Japan
	HR-10			1980	>=1981	4 funct+printer	2010_09_19	N	1		6+3mem+2print	N	26	LCD	10+indic	N	N	Y	N	N		Y/M % +/- MRC M- M+ FEED P	167x88x41		4xAA	6VDC	2W		Japan
	HR-14			198x		4 funct+printer	2009_04_24	N	1		6+4mem+2print	N	26	LCD	10+indic	N	N	Y	N	N		+/- % MC MR M- M+FEED P			Y	Y
	N-1	8-DIGIT		198x		4 funct	2009_05_04	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+			Y	N
	N-2	10-DIGIT		198x		4 funct	2009_05_04	N	1		7+5mem	N	26	LCD	10+indic	N	N	N	N	N		> % Sqrt GT MC MR M- M+			Y	N
	SR-1			<=1985	>=1985	4 funct+printer	2010_01_28	N	1		6+4mem+3print	N	28+1	LCD	10+indic	N	N	Y	N	N		RND % MC MR M- M+ ^ P P/#	181x87x37		4xAA	6VDC	2.6W		Japan
	SR-5			<=1986	>=1986	4 funct+printer	2012_06_03	N	1		6+4mem+3print	N	29	LCD	10+indic	N	N	Y	N	N		RND % MC MR M- M+ ^ P P/#	158x97x24		3xAA	4,5VDC	1,8W		Japan
	CB-100	CHECKBOOK		198x		4 funct+checkbook	2009_04_20	N	1+5		6+4mem+14checkbook	N	39	LCD	8+indic	N	N	N	mem	N		% RND MC MR M- M+ +checkbook			1x3Vcell	N	0.0005W		Japan
	PB-100			1983	>=1983	Basic	2010_06_29	Y	1KB (544B available)	12KB	Basic	Y	53	LCD	12+indic	N	Y	Ext	Y	N	Hitachi HD61913A01	Basic	71x165x11	106gr	2xCR2032 (3Vcell)	N		Radio Shack TRS-80 PC-4	Japan	pocketmuseum.com	La mémoire peut être étendue à 2Ko (1568o dispo.).
	FX-700P			1982	>=1983	Basic	2013_04_13	Y	2KB (1568B available)	12KB	Basic	Y	54	LCD	12+indic	N	Y	Ext	Y	N	Hitachi HD61913A01	Basic	71x165x11	118gr with bat	2xCR2032 (3Vcell)	N	0.02W		Japan	pocketmuseum.com
	PB-100F			~1985	>=1986	Basic	2010_06_29	Y	1KB (544B available)	12KB	Basic	Y	53	LCD	12+indic	N	Y	Ext	Y	N		Basic	71x165x11	116gr with bat	2x3Vcell	N			Japan	pocketmuseum.com	La mémoire peut être étendue à 2Ko (1568o dispo.).
	PB-110	DATA BANK COMPUTER		1983	>=1984	Basic	2010_06_29	Y	1KB (544B available)		Basic	Y	54	LCD	12+indic	N	Y	Ext	Y	N		Basic	71x165x11	116gr with bat	2x3Vcell	N	0.03W		Japan	pocketmuseum.com	La mémoire peut être étendue à 2Ko (1568o dispo.).
	PB-120	DATA BANK COMPUTER		198x		Basic	2010_06_29	Y	8KB (7648B available)		Basic	Y	54	LCD	12+indic	N	Y	Ext	Y	N		Basic	71x165x11	124gr with bat	2xCR2032+1xCR1220	N	0.07W		Japan	pocketmuseum.com
	PB-300			1983	>=1983	Basic	2010_06_29	Y	2KB (1568B available)	12KB	Basic	Y	54	LCD	12+indic	N	Y	Y	Y	N	Hitachi HD61913	Basic	90x173x20	258gr with bat	2x3Vcell + sealed bat	4.8V	4.1W	Olympia OP644	Japan	pocketmuseum.com
	PB-400			198x		Basic	2010_06_29	Y	2KB (1568B available)	12KB	Basic	Y	53	LCD	12+indic	N	Y	Y	Y	N	Hitachi HD61913A01	Basic	71x165x11	128gr with bat	2xCR2032 (3Vcell)	N			Japan	pocketmuseum.com	La mémoire peut être étendue à 4Ko (3616o dispo.).
	PB-410			~1984		Basic	2010_06_29	Y	2KB (1568B available)	27KB	Basic	Y	54	LCD	12+indic	N	Y	Y	Y	N		Basic	82x164x14	160gr with bat	2xCR2032 (3Vcell)	N			Japan		La mémoire peut être étendue à 4Ko (3616o dispo.).
	PB-410F			198x		Basic	2010_06_29	Y	2KB (1568B available)	27KB	Basic	Y	54	LCD	12+indic	N	Y	Y	Y	N		Basic	82x164x14	111gr with bat	2xCR2032 (3Vcell)	N	0.03W		Japan	pocketmuseum.com	La mémoire peut être étendue à 4Ko (3616o dispo.).
	PB-700	PB700		<=1983	>=1984	Basic	2010_06_29	Y	4KB (2684B available)		Basic	Y	58	LCD	20x4lines + indic	160x32	Y	Ext	Y	N		Basic	88x200x22	315gr with bat	4xAA+1xCR1220	N	0.1W		Japan	pocketmuseum.com	La mémoire peut être étendue à 8, 12 ou 16Ko (6780, 10876 ou 14972o dispo.).
	PB-80			<=1984	>=1984	Basic	2010_06_29	Y	1KB (544B available)		Basic	Y	56	LCD	12+indic	N	Y	Ext	Y	N	Hitachi HD61913	Basic	76x137x12	92gr with bat	2xCR2032 (3Vcell)	N			Japan	pocketmuseum.com	La mémoire peut être étendue à 2Ko (1568o dispo.).
	fx-710P			198x		Basic	2010_06_29	Y	4KBytes (3616B available)		Basic	N	54	LCD	12+indic	N	Y	Ext	Y	N	Hitachi HD61913A01	Basic	71x165x10	128gr	2xCR2032 (3Vcell)	N				pocketmuseum.com
	fx-720P			198x		Basic	2010_06_29	Y	2KBytes up to 4KBytes (1568B available up to 3616B)	27KB	Basic	N	55	LCD	12+indic	N	Y	Ext	Y	N		Basic	82x164x14	183gr	2xCR2032 (3Vcell)	N				pocketmuseum.com
	fx-720PF			198x		Basic	2010_01_22	Y			Basic	N	55	LCD	12+indic	N	Y	Ext	Y	N		Basic	82x164x14		2xCR2032 (3Vcell)	N		Casio FX-720P
	fx-730P			198x		Basic	2010_06_29	Y	8KB up to 16KB (7520 up to 15712B available)		Basic	N	59	LCD	24+indic	N	Y	Ext	Y	N		Basic	77x165x13	139gr with bat	2xCR2032 + 1xCR1220 (3Vcell)	N	0.07W		Japan	pocketmuseum.com
	fx-740P			~1984		Basic	2010_06_29	Y	16KBytes (15712B available)		Basic	N	59	LCD	24+indic	N	Y	Ext	Y	N		Basic	77x165x13	139gr with bat	2xCR2032 + 1xCR1220 (3Vcell)	N				pocketmuseum.com
	fx-750P			<=1984	>=1984	Basic	2010_01_22	Y	2KBytes up to 16KBytes (752B available up to 16088B)	27KB	Basic	N	58	LCD	24+indic	N	Y	Ext	Y	N	Hitachi HD61747A05 HD61747A06	Basic	84x186x17	220gr	2xCR2032 (3Vcell)	N	0.03W		Japan
	fx-750PF			~1984		Basic	2010_01_22	Y			Basic	N	58	LCD	24+indic	N	Y	Ext	Y	N		Basic	84x186x17	220gr	2xCR2032 (3Vcell)	N	0.03W	Casio FX-750P
	MICRO CARD M-811			1984?		4 funct	2010_01_28	N	0		5	N	20	LCD	8+indic	N	N	N	N	N		%	67x44x6	19gr	2x1.5cell	N	0.00024W		Japan
	MC-34			198x		4 funct+metric conv	2010_02_15	N	1		6+1mem+metric conv	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt			Y	N			Japan
	ML-78			<=1983	>=1983	4 funct+time	2010_01_28	N	1		5+3mem+8time	N	29	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ Time Date Alarm1 Alarm2 Lap Start/Stop Adj/Set PM	92x59x7	31gr	1x3Vcell	N	0.0023W		Japan
	fx-68			198x		Scient	2009_07_29	N	>=1		32+5mem+10stat	N	37	LCD	9+indic	N	N	N	N	N		"MODE log ln x^y +/- °'"" sin cos tan Sqrt 1/x X<>Y [( )] EXP 10^x e^x x^(1/y) x^(1/3) °'""<- asin acos atan x^2 x! Pi R->P P->R Min MR M+ X<>M M- n meanx x Sumx^2 Sumx sigman sigman-1 SAC DEL"			Y	N
	fx-78			~1982		Scient	2010_02_24	N	>=1		37+5mem+8stat	N	37	LCD	10 or 8+2 + indic	N	N	N	N	N		"MODE log ln x^y +/- °'"" sin cos tan Sqrt 1/x X<>Y [(-5-)] EXP 10^x e^x x^(1/y) x^(1/3) °'""<- asin acos atan x^2 x! NORM ENG FIX SCI RND RAN# Pi R->P P->R Min MR M+ X<>M M- n meanx x Sumx^2 Sumx sigman sigman-1 SAC DEL"	89x51x		2xLR1130	N
	fx-85			198x		Scient	2009_07_30	N	>=1		39+5mem+9stat	N	38	LCD	8+2+indic	N	N	N	N	N		"MODE Sqrt log ln a(b/c) 1/x °'"" sin cos tan +/- X<>Y [(...6...)] EXP x^2 10^x e^x d/c x! °'""<- asin acos atan x^(1/3) nPr nCr x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL"	133x76x		?	solar
	fx-85M			198x		Scient	2011_06_23	N	>=1		47+5mem+9stat	N	38	LCD	8+2+indic	N	N	N	N	N		"MODE ENG Sqrt log ln a(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP ENG<- x^2 10^x e^x d/c <-°'"" asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sum	133x76x		?	solar			Japan
	fx-115			198x		Scient	2010_03_26	N	>=1		48+5mem+9stat	N	38	LCD	10+2+indic	N	N	N	N	N		"MODE Sqrt log ln a(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % AND OR XOR NEG Min MR M+ X<>M M- meanx sigman sigman-1 SA	133x76x		N	solar			Japan
	fx-115M			198x		Scient	2012_01_24	N	>=1		53+5mem+9stat	N	38	LCD	10+2+indic	N	N	N	N	N		"MODE ENG Sqrt log ln a(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP ENG<- x^2 10^x e^x d/c <-°'"" asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % AND OR XOR NEG NOT XNOR Min MR M+ X<>M M- meanx	133x76x	~70gr	N	solar			Japan
	fx-135			198x		Scient	2010_01_17	N	>=1		49+5mem+9stat	N	38	ELD	10+2+indic	N	N	N	N	N		"MODE Sqrt log ln x^y a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP x^2 10^x e^x x^(1/y) d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) 1/x x! nPr nCr R->P P->R RND RAN# Pi % AND OR XOR NEG Min MR M+ X<>M M- meanx sigman sigman-1 S	152x83x		2xAA	N	0.25W		Japan		Afficheur Electro-Luminescent vert : afficheur LCD rétro-éclairé de couleur vert.
	fx-190			~1983		Scient	2010_01_17	Y	>=1mem+52steps		Scient+prog	N	40	LCD	8+2+indic	N	N	N	N	N		Scient+prog	59x229x12	170gr	2xCR2032 (3Vcell)	N			Japan
	fx-191			~1983		Scient	2010_01_17	Y	>=1mem+52steps		Scient+prog	N	40	LCD	8+2+indic	N	N	N	N	N		Scient+prog	59x229x12	170gr	2xCR2032 (3Vcell)	N			Japan
	fx-98			1984	~1988	Scient	2008_03_29	N	>=1		35+5mem+8stat	N	38	LCD	8+2+indic	N	N	N	N	N		"Sqrt ln sin cos tan log a^(b/c) 1/x °'"" +/- X<>Y [( )] EXP x^2 e^x asin acos atan x^y x^(1/y) 10^x x! °'""<- R->P P->R x^(1/3) RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 Sumx^2 Sumx n Sum+ Sum-"	59x90x6		?	solar		Radio Shack EC-4009
	fx-350			<=1982	>=1982	Scient+Stat	2009_08_16	N	>=1		45+5mem+9stat	N	39	LCD	9+indic	N	N	N	N	N		"MODE 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) X<>Y [(...6...)] EXP x! x^2 10^x e^x x^(1/y) 1^(1/3) °'""<- asin acos atan asinh acosh atanh FIX SCI NORM ENG R->P P->R RND RAN# Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1	133x71x9		1x3Vcell	N	0.00043W		Japan
	fx-370			<=1984	>=1984	Scient	2009_08_05	N	>=1		52+5mem+9stat	N	39	LCD	8 1/2+2 1/2 + indic	N	N	N	N	N	Nec D1828G 005	"MODE ENG Sqrt log ln x^y a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP ENG<- x^2 10^x e^x x^(1/y) d/c °'""<- asin acos atan asinh acosh atanh 1^(1/3) 1/x x! nPr nCr R->P P->R RND RAN# Pi % NOT AND OR XOR NEG Min MR M+ X<>M M- meanx sig	134x71x9		1xCR2025 (3Vcell)	N	0.0003W		Japan
	fx-550	fx-550A		198x		Scient	2010_01_12	N	>=1		44+5mem+9stat	N	39	LCD	10+2+indic	N	N	N	N	N		"MODE 1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) X<>Y [(...6...)] EXP x! x^2 10^x e^x x^(1/y) x^(1/3) °'""<- asin acos atan asinh acosh atanh FIX SCI NORM ENG R->P P->R RND RAN# Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1	133x72x9		1xCR2025 (3Vcell)	N	0.00043W		Japan
	fx-550S			198x		Scient	2009_12_24	N	>=1		48+5mem+9stat	N	38	LCD	10+2+indic	N	N	N	N	N		"Sqrt log ln x^y a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x x^(1/y) d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) 1/x xxx nPr nCr R->P P->R RND RAN# Pi % AND OR XOR NEG Min MR M+ X<>M M- SAC meanx sigman sigman-1 S			2xLR44 (1.5Vcell)	N			Japan
	fx-411			198x		Scient	2010_02_24	N	>=1		69	N	54	LCD	8+2+indic	N	N	N	N	N		Scient	121x159x open		?	solar					Calculatrice qui se plie en deux.
	fx-450			198x		Scient	2009_08_16	N	>=1		Scient	N	54	LCD	10+2+indic	N	N	N	N	N		Scient			?	solar			Japan		Calculatrice qui se plie en deux.
	fx-451			198x		Scient	2009_08_16	N	>=1		Scient	N	56	LCD	10+2+indic	N	N	N	N	N		Scient			?	solar		Radio Shack EC-4011	Japan		Calculatrice qui se plie en deux.
	fx-451M			198x		Scient	2009_08_16	N	>=1		Scient	N	55	LCD	10+2+indic	N	N	N	N	N		Scient			?	solar			Japan		Calculatrice qui se plie en deux. La cellule solaire est netement plus petite que sur le modèle fx-451.
	fx-900			~1982		Scient	2010_01_11	N	>=1		38+5mem+9stat	N	38	LCD	9+indic	N	N	N	N	N		"D-R-G Sqrt log ln +/- 1/x °'"" sin cos tan a^(b/c) X<>Y [(...5...)] EXP x^2 10^x e^x x^(1/3) x! °'""<- asin acos atan FIX SCI NORM x^y x^(1/y) R->P P->R % RND Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 x SAC DEL"				solar
	fx-950			~1982		Scient	2010_01_12	N	>=1		43+5mem+9stat	N	38	LCD	9+indic	N	N	N	N	N		"1/x Sqrt log ln x^y +/- °'"" sin cos tan sinh cosh tanh a^(b/c) X<>Y [(...5...)] EXP x! x^2 10^x e^x x^(1/3) °'""<- asin acos atan asinh acosh atanh FIX SCI NORM x^y x^(1/y) R->P P->R RND Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL				solar
	MG-880			1980	>=1980	4 funct+game	2009_04_28	N	1		5+3mem+game	N	23	LCD	8+indic	N	N	N	N			% MR M- M+	114x70x		1xCR1130 (3Vcell)	N			Japan		Digital Invaders.
	MG-881			~1980		4 funct+game	2010_09_17	N	1		5+3mem+game	N	23	LCD	8+indic	N	N	N	N			% MR M- M+	114x70x		1x3Vcell	N	0.0038W		Japan		Digital Invaders.
	MG-660			~1980		4 funct+game	2009_04_28	N	1		5+3mem+game	N	23	LCD	8+indic	N	N	N	N			% M- M+ MR			2xAA	N			Japan		Digital Invaders.
	MG-770			~1980		4 funct+game	2009_04_28	N	1		5+3mem+game	N	23	LCD	8+indic	N	N	N	N			% MR M- M+			2xLR1130	N			Japan		Digital Invaders.
	MG-775			~1981		4 funct+game	2009_04_28	N	1		5+3mem+game	N	23	LCD	8+indic	N	N	N	N			% MR M- M+			2xLR1130	N			Japan
	MG-777			~1981		4 funct+game	2009_04_28	N	1		5+3mem+game	N	23+1	LCD	8+indic+	N	N	N	N			% MR M- M+			1xCR2025 (3Vcell)	N	0.022W		Japan
	MG-777	MG-777T		~1981		4 funct+game	2009_04_28	N	1		5+3mem+game	N	23+1	LCD	8+indic+	N	N	N	N			% MR M- M+			1xCR2025 (3Vcell)	N	0.022W		Japan
	MG-888			198x		4 funct+game	2009_04_29	N	1		5+3mem+game	N	24	LCD	8+indic+	N	N	N	N	N		% MRC M- M+			1xCR2025 (3Vcell)	N	0.022W		Japan
	MG-333			~1982		4 funct+game	2009_04_28	N	1		5+3mem+game	N	24	LCD	8+indic+	N	N	N	N			% MRC M- M+			2x1.5Vcell	N	0.0025W		Japan
	MG-200	TURBO DRIVE		<=1983	>=1983	4 funct+game	2009_04_28	N	0		5+game	N	25	LCD	8+indic+	N	N	N	N			CONT G-I G-II L R DOWN-SPEED-UP/TURBO			3xLR44 (1.5Vcell)	N	0.007W		Japan
	BB-9	BASEBALL GAME		198x		4 funct+game	2011_03_03	N			6+3mem+3time+game	N	27	LCD	8+indic+	N	N	N	N	Y		% +/- MRC M+ M- ADJ/SET TIME ALARM			Y	N
	BB-10	BASEBALL GAME		198x		4 funct+game	2011_03_03	N	0		4+2time+game	N	26	LCD	8+indic+	N	N	N	N	Y					Y	N
	BB-101	BASEBALL GAME		198x		4 funct+game	2011_03_03	N				N	25	LCD	8+indic+	N	N	N	N	Y					Y	N
	BG-8			198x		4 funct+game	2011_03_03	N	1			N	26	LCD	8+indic+	N	N	N	N	Y					Y	N					Jeu de boxe
	BG-15	BOXING , CLOCK & GAME		~1982		4 funct+game	2010_05_13	N	1		6+3mem+4time+game	N	27	LCD	8+indic	N	N	N	N	Y		% +/- MRC M+ M- ADJ/SET TIME ALARM	114x70x		2xLR44 (1.5Vcell)	N			Japan	ernst.mulder.com
	BG-20			198x		4 funct+game	2009_04_20	N	0		4+2time+game	N	25	LCD	8+indic	N	N	N	N	Y					Y	N			Japan
	CG-88	OCT-REVERSI		198x		Game	2011_03_03	N				N	7	LCD	6++	N	N	N	N						Y	N
	SG-12	FOOTBALL GAME , SOCCER		198x		4 funct+game	2011_03_03	N	1		5+3mem+game	N	25	LCD	8+indic+	N	N	N	N	N		% MR M- M+			Y	N
	C-80		1	~1983		4 funct watch	2010_02_28	N	0		4+time	N	20	LCD	6+indic	N	N	N	N	Y					Y	N					"Touches ""argentées""."
	C-80		2	~1983		4 funct watch	2010_02_28	N	0		4+time	N	20	LCD	6+indic	N	N	N	N	Y					Y	N					"Touches en ""gomme""."
	CA-90			<=1983	>=1983	4 funct watch	2010_02_28	N	0		4+time	N	20	LCD	6+indic	N	N	N	N	Y					Y	N
	PB-200			<=1984	>=1984	Basic	2010_06_29	Y	2.3KB (1568B available)	12KB	Basic	Y	53	LCD	12+indic	N	Y	Ext	Y	N	Hitachi HD61913A01	Basic	165x72x11	92gr	2xCR2032 (3Vcell)	N	0.02W		Japan	pocketmuseum.com
	PB-220	PB-220G		~1983		Basic	2010_06_29	Y	2KB (1504B available)		Basic	Y	32+32	LCD	12+indic	N	Y	Ext	Y	N		Basic	187x152x13open 90x152x15closed	167gr with bat	2xCR2032 + 1xCR1220 (3Vcell)	N	0.06W		Japan	pocketmuseum.com	La mémoire peut être étendue à 10Ko (9696o dispo.).
	PB-240			~1983		Basic	2010_06_29	Y	8KB (7648B available)		Basic	Y	32+32	LCD	12+indic	N	Y	Ext	Y	N		Basic	187x152x13open 90x152x15closed	167gr with bat	2xCR2032 + 1xCR1220 (3Vcell)	N	0.06W		Japan	pocketmuseum.com	La mémoire peut être étendue à 16Ko (15840o dispo.).
	PB-500			198x		Basic	2009_05_22	Y	2KB (752 available)	27KB	Basic	Y	58	LCD	24+indic	N	Y	Ext	Y	N		Basic	82x186x16	204gr with bat	2xCR2032	N			Japan		La mémoire peut être étendue à 4, 6, 8, 10, 12 ou 16Ko (2800, 4848, 6896, 8944, 10992 ou 15088o dispo.).
	PB-500F			198x		Basic	2010_06_29	Y	2KB (752 available)	27KB	Basic	Y	58	LCD	24+indic	N	Y	Ext	Y	N		Basic	82x186x16	204gr with bat	2xCR2032	N			Japan	pocketmuseum.com	La mémoire peut être étendue à 4, 6, 8, 10, 12 ou 16Ko (2800, 4848, 6896, 8944, 10992 ou 15088o dispo.).
	PB-700	Shapro		~1984		Basic	2010_06_29	Y	4KB (2684B available)		Basic	Y	16	LCD	20x4lines + indic	160x32	Y	Ext	Y	N		Basic	88x200x22	335gr with bat	4xAA+1xCR1220	N	0.1W		Japan	pocketmuseum.com	La mémoire peut être étendue à 8, 12 ou 16Ko (6780, 10876 ou 14972o dispo.). Version applicative.
	PB-770			1984	>=1985	Basic	2010_06_29	Y	8Ko		Basic	Y	59	LCD	20x4lines + indic	160x32	Y	Ext	Y	N		Basic	88x200x21	315gr	4xAA+1xCR1220	N	0.1W		Japan	pocketmuseum.com	La mémoire peut être étendue à 16, 24 ou 32Ko (15063, 23255 ou 31447o dispo.).
	PB-770		Japanese	~1984	>=1985	Basic	2010_06_29	Y	8Ko		Basic	Y	60	LCD	20x4lines + indic	160x32	Y	Ext	Y	N		Basic	88x200x21	315gr	4xAA+1xCR1220	N	0.1W		Japan	pocketmuseum.com	La mémoire peut être étendue à 16, 24 ou 32Ko (15063, 23255 ou 31447o dispo.).
	PF-3000	DATA DANK , SUPER MEMORY - COMPUTER	1	<=1983	>=1983	Databank	2009_05_19	N	1KB (961B available)		6+4mem+Databank	Y	69	LCD	12+indic++	N		N	mem	N		% Sqrt MC MR M- M+ Databank			2xCR2032+1xCR1220	N	0.02W		Japan		Version boitier alu brossé.
	PF-3000	DATA DANK , SUPER MEMORY - COMPUTER	2	<=1983	>=1983	Databank	2009_05_19	N	1KB (961B available)		6+4mem+Databank	Y	69	LCD	12+indic++	N	Y	N	mem	N		% Sqrt MC MR M- M+ Databank			2xCR2032+1xCR1220	N			Japan		Version boiter alu paint en blanc et avec un mémo d'utilisation DATA BANK. La mémoire peut être étendue à 3Ko.
	PF-3100	DATA DANK , SUPER MEMORY - COMPUTER		198x		Databank	2009_05_19	N	1KB (961B available)		6+4mem+Databank	Y	69	LCD	12+indic++	N	Y	N	mem	N		% Sqrt MC MR M- M+ Databank			2xCR2032+1xCR1220	N	0.02W		Japan		La mémoire peut être étendue à 5Ko (5057o dispo.).
	PF-3200			198x		Databank	2011_07_16	N			Databank	Y	69	LCD		N	Y	N	mem	N		Databank			Y	N
	PF-7000	DATA DANK , SUPER MEMORY - COMPUTER		~1982		Databank	2010_10_31	N	2KB (1985B available)		6+4mem+Databank	Y	63	LCD	12+indic++	N		N	mem	N		% Sqrt MC MR M- M+ Databank			2xCR2025C+1xCR1220	N			Japan
	PF-7100	DATA DANK , SUPER MEMORY - COMPUTER		198x		Databank	2009_05_19	N	2KB (1985B available)		6+4mem+Databank	Y	64	LCD	12+indic++	N		N	mem	N		% Sqrt MC MR M- M+ Databank			2xCR2025C+1xCR1220	N			Japan		Version japonaise du modèle PF-7000 ?
	PF-8000	DATA DANK , SUPER MEMORY - COMPUTER		198x		Databank	2011_08_07	N	1KB (up to 3KB)		6+4mem+Databank	Y	38+sensitiv touchpad	LCD	12alpha+5numindic++	N	Y	N	mem	N		% Sqrt MC MR M- M+ Databank	72x138x10	106gr with bat	2xCR2032+1xCR1220	N	0.03W		Japan
	J-10			~1984		4 funct	2009_04_26	N			7+3mem	N	25	VFD	8.	N	N	N	N	N	Nec D1877C	% Sqrt +/- MR M- M+	164x100x30	192gr	2xAA	3VDC	0.25W		Japan
	J-20			<=1985	>=1985	4 funct	2009_04_26	N	1		8+3mem	N	26	VFD	10 1/2	N	N	N	N	N	Hitachi HD38401A	Delta% % Sqrt +/- MRC M- M+	164x100x30		2xAA	3VDC	0.25W		Japan
	J-30			198x		4 funct	2009_05_22	N	1		8+3mem	N	26	VFD	12 1/2	N	N	N	N	N		Delta% % Sqrt +/- MRC M- M+			Y				Japan
	JE-3			198x		4 funct desktop	2011_09_04	N	1		10+4mem	N	29	LCD backlighted	12+indic	N	N	N	N	N	T7922	RND -> GT % Sqrt +/- MC MR M- M+	145x108x30		2xAA	3VDC	0,3W		Japan
	JQ-100			198x		4 funct+time	2009_05_03	N	1		6+3mem+6time	N	30	YLCD	8+indic	N	N	N	N	Y		Sqrt % MRC M- M+ CLOCKSET CALENDAR TIME/H.M ALARM/(((.)) RECALL/TIMER START/STOP DATE			2xLR44 (1.5Vcell)	N
	LC-402			198x		4 funct	2011_06_24	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N	Nec D1003G	% Sqrt MR M- M+			Y	N
	LC-403B			<=1985	>=1985	4 funct	2009_04_26	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N	Nec D1003G	% Sqrt MR M- M+	109x66x7		2x1,5Vcell	N	0.00003W		Japan
	LC-403W			~1985		4 funct	2011_06_24	N	1		6+4mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MC MR M- M+	109x66x7		2x1,5Vcell	N
	LC-781	MINI-CARD		198x		4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+			2x1.5Vcell	N	0.00025W		Japan
	LC-785			198x		4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			2xLR1130W (1.5Vcell)	N	0.00025W		Japan
	LC-785	LC-785B		198x		4 funct	2010_07_14	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	59x91x6		2xLR1130W (1.5Vcell)	N	0.00025W		Japan
	LC-787	MINI CARD LC-787		<=1983	>=1983	4 funct	2011_07_17	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x89x		Y	N
	LC-787C			198x/9x		4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			Y	N
	LC-796			198x		4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	85x54x6		Y	N			Japan
	LC-797			198x		4 funct	2009_04_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			Y	N
	CD-40	DATA BANK		~1985		4 funct wrist watch	2010_01_28	N	1+		4+4mem+time+databank	Y/N	16+4+4	LCD	2lines	N	N	N	mem	Y		MC MR M- M+ time databank	46x36x10		1x3Vcell	N			Japan
	fx-82A			<=1985	>=1985	Scient	2009_07_29	N	>=1		34+5mem+9stat	N	38	LCD	8+indic	N	N	N	N	N	Nec D1896G	"D-R-G ENG log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(---6---)] EXP ENG<- 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! R->P P->R Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	156x76x20	66gr	2xAA	N	0.0008W		Japan
	fx-180P			<=1985	>=1988	Scient Prog	2011_11_04	Y	7+38steps		Scient Prog	N	38	LCD	10+2+indic	N	N	N		N	Hitachi HD43147 (1985)	Scient Prog	149x76x19	79gr	2xAA	N	0.00043W		Japan
	fx-361			198x		Scient	2010_01_12	N	>=1		49+5mem+9stat	N	38	LCD	9+indic (8 or 6+2 + indic)	N	N	N	N	N		"MODE Sqrt log ln x^y a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP x^2 10^x e^x x^(1/y) d/c °'""<- asin acos atan asinh acosh atanh 1^(1/3) 1/x x! nPr nCr R->P P->R RND RAN# Pi % AND OR XOR NEG Min MR M+ X<>M M- meanx sigman sigman-1 S	136x72x9		Y	N
	fx-910			198x		Scient	2010_01_11	N	>=1		42+5mem+9stat	N	38	LCD	9+indic (8 or 6+2 + indic)	N	N	N	N	N		"MODE Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x °'""<- asin acos atan asinh acosh atanh x^(1/3) 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL "	127x70		N	solar
	fx-911			198x		Scient	2010_01_11	N	>=1		44+5mem+9stat	N	38	LCD	9+indic (8 or 6+2 + indic)	N	N	N	N	N		"MODE Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x °'""<- asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x	127x70		N	solar
	fx-915			<=1985	>=1985	Scient	2012_05_17	N	>=1		45+5mem+9stat		38	LCD	9+indic (8 or 6+2 + indic)	N	N	N	N	N		"MODE Sqrt log ln a^(b/c) °'"""" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP x^2 10^x e^x d/c <-°'"" asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sigmax^2 S	124x70x3		N	solar			Japan
	fx-920			198x		Scient	2010_01_12	N	>=1		45+5mem+9stat	N	38	LCD	9+indic (8 or 6+2 + indic)	N	N	N	N	N		"MODE Sqrt log ln ENG °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x ENG<- °'""<- asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n	127x70		N	solar
	fx-961			198x		Scient	2010_01_12	N	>=1		46+5mem+9stat	N	38	LCD	11+indic	N	N	N	N	N		"MODE ENG Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP ENG<- x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Su	127x70		N	solar
	fx-991			198x		Scient	2010_01_12	N	>=1		46+5mem+9stat+4hex9constants	N	38	LCD	11+indic	N	N	N	N	N		"MODE ENG Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP ENG<- x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Su	127x70		N	solar
	HL-810			<=1985	>=1985	4 funct	2009_04_24	N	1		5+3mem	N	23	LCD	8+indic	N	N	N	N	N	Toshiba T7748A (8521H)	% MR M- M+	128x70x19	58gr	2xAA	N	0.0003W		Japan
	HL-121		YLCD	198x		4 funct	2009_04_24	N	1		9+4mem	N	27	YLCD	12+indic	N	N	N	N	N		-> GT +/- % Sqrt MC MR M- M+	142x76x19		2xAA	N	0.00045W		Japan
	HL-121		LCD	198x		4 funct	2009_04_24	N	1		9+4mem	N	27	LCD	12+indic	N	N	N	N	N		-> GT +/- % Sqrt MC MR M- M+	142x76x19		2xAA	N			Japan
	HL-122			<=1985	>=1989	4 funct	2009_04_24	N	1		9+4mem	N	28	LCD	12+indic	N	N	N	N	N		RND -> +/- % Sqrt MC MR M- M+	142x76x19	125g	2xAA	N	0.0004W		Japan
	SL-8			198x		4 funct	2009_05_24	N				N	20	LCD	8+indic	N	N	N	N	N		%			?	solar			Japan
	SL-80		1	198x		4 funct	2009_05_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	58x196x4open 58x100x8closed		?	solar			Japan		"Version avec une touche ""+"" 2x la taille des autres."
	SL-80		2	198x		4 funct	2009_05_24	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	58x196x4open 58x100x8closed		?	solar			Japan		"Version avec une touche ""+"" de la même taille que les autres."
	SL-100B		1	198x		4 funct	2011_06_22	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt +/- MR M- M+			N	solar			Japan
	SL-100W			198x		4 funct	2010_09_10	N	1		7+3mem	N	25	LCD	8+indic	N	N	N	N	N		MARKUP % +/- MC MR M- M+			N	solar			Japan
	SL-300			198x		4 funct	2009_05_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan
	SL-310			198x		4 funct	2011_11_13	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	109x86x7		N	solar			Japan
	SL-300	SL-300D		198x		4 funct	2009_05_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan
	SL-300F			198x		4 funct	2009_05_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar
	SL-300G			198x/9x		4 funct	2009_05_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	109x66x7	32gr	N	solar			Japan
	SL-300J			199x		4 funct	2009_05_24	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		+/- % Sqrt MR M- M+	109x66x7	33gr	N	solar			Japan
	SL-300J	SL-300JBK		199x		4 funct	2009_05_24	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		+/- % Sqrt MR M- M+	109x66x7		N	solar			Japan
	SL-601			<=1985	>=1985	4 funct	2007_06_01	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N	Hitachi HD43712	% Sqrt MR M- M+	57x91x6		N	solar			Japan
	SL-701			<=1982	>=1982	4 funct	2010_09_17	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan		Existe en au moins 2 coloris differents ?
	SL-701	SL-701B		~1982		4 funct	2010_09_17	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan
	SL-721			<=1982	>=1982	4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	90x50x5		N	solar			Japan
	SL-702			198x		4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan		Existe en au moins 2 coloris differents.
	SL-702C			198x		4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan
	SL-704			198x/9x		4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	57x92x8		N	solar			Taiwan
	SL-750	SL-750A , FILM CARD		~1984		4 funct	2012_05_17	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar			Japan
	SL-760	FILM CARD	1	198x		4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x86x3		N	solar
	SL-760	FILM CARD	2	198x		4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x86x3		N	solar
	SL-760	SL-760 SRB , FILM CARD		<=1985	>=1987	4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x86x3	21gr	N	solar			Japan
	SL-760	SL-760 GDB , FILM CARD		<=1987	>=1987	4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x86x3		N	solar			Taiwan
	SL-760LB		1	198x		4 funct	2010_06_29	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x86x		N	solar					Dorée.
	SL-760LB	SL-760LB BK		198x		4 funct	2010_06_29	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x86x		N	solar					Noire avec des bandes blanches.
	SL-760LB		2	198x		4 funct	2010_06_29	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x86x		N	solar					Noire.
	SL-800	FILM CARD (A GOLD)	1	1983	>=1984	4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x85x1		N	solar			Japan
	SL-800	FILM CARD	2	198x		4 funct	2009_05_26	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	54x85x1		N	solar
	SL-900			~1985		4 funct	2009_05_28	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	114x70x3		N	solar			Japan
	SL-950			198x		4 funct	2010_07_14	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	63x99x3		N	solar			Japan
	SL-801			~1981		4 funct	2011_08_14	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar
	SL-821			198x		4 funct	2009_05_28	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar
	SL-831			198x		4 funct+game	2009_05_28	N	1		5+3mem+1game	N	23	LCD	8+indic	N	N	N	N	N		% MR M- M+ CARD	102x64x		N	solar
	SL-2000			198x		4 funct	2009_05_28	N	1		9+4mem	N	28	LCD	12+indic	N	N	N	N	N		GT -> +/- % Sqrt MC MR M- M+			N	solar
	HL-811			<=1986	>=1986	4 funct	2010_01_31	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N	Nec D1003G	% Sqrt MR M- M+	128x70x19	47gr	2xAA	N	0.0004W		Japan
	IF-8000			<=1986	>=1987	Organizer	2013_04_13	N	16KByte		Organizer	Y	70	LCD	8lines of 16char	96x64	N	N	mem	N		Organizer	148x180x13open , 148x89x15closed		3x2032C + 1xCR1220 (3Vcell)	N	0.04W		Japan		Pas de montre, bizarre pour un organiseur.
	CFX-40			198x		Scient	2009_04_26	N	1		40+4mem	N	16+4	LCD		N	N	N	N	Y		"+/- 1/x Sqrt log ln x^y sin cos tan °'"" EXP ( x! x^2 DEG 10^x e^x x^(1/y) RAD asin acos atan GRA °'""<- Pi ) % DEC BIN OCT HEX XOR AND NEG EXP OR MR Min M- M+"			Y	N
	CM-100			<=1986	>=1986	Logical	2009_04_20	N	1		13+4mem+20logical	N	38	LCD	10+indic	N	N	N	N	N		+/- % Sqrt x^2 1/x hms hms<- [( )] Min MR M- M+	135x75x15		?	solar			Japan
	PW-100			<=1986	>=1986	4 funct+time	2013_04_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	Y		% Sqrt MR M- M+ +time	54x86x4	25,5g	1x3V	N	0.0005W		Japan
	fx-86 BAC			<=1986	>=1986	Scient	2011_07_22	N	>1		35+5mem+9stat	N	38	LCD	8 1/2 ou 6 1/2 + 2 1/2 + indic	N	N	N	N	N	Nec D1896G	"MODE ENG log ln x^y +/- Sqrt °'"" sin cos tan 1/x X<>Y [(---6---)] EXP D-R-G ENG<- 10^x e^x x^(1/y) x^(1/3) x^2 °'""<- asin acos atan x! R->P P->R Pi Min MR M+ X<>M M- Sumx^2 Sumx n meanx sigman sigman-1 SAC x DEL"	136x72x9	72g	2x1,5Vcell	N	0.0008W		Japan
	fx-570			198x		Scient	2009_08_16	N	>=1		Scient	N	39	LCD	10+2+indic	N	N	N	N	N		Scient	133x72x9		1xCR2025 (3Vcell)	N	0.0004W		Japan
	fx-570	fx-570B		<=1986	>=1986	Scient	2010_01_07	N	>=1		Scient	N	39	LCD	10+2+indic	N	N	N	N	N		Scient	133x72x9		1xCR2025 (3Vcell)	N	0.0004W		Japan
	S-1	S-1B		<=1986	>=1986	4 funct desktop	2009_05_22	N	1		9+4mem	N	28	VFD	10+indic	N	N	N	N	N	Hitachi HD38401A	-> +/- % delta% Sqrt M+ M- MR MC	179x132x42	300gr	4xAA	Y	0.7W		Japan
	S-2			198x		4 funct desktop	2009_05_22	N	1		9+4mem	N	28	VFD	12+indic	N	N	N	N	N		-> +/- % delta% Sqrt M+ M- MR MC	179x132x42	300gr	4xAA	Y
	TA-1000	VOICE		198x		4 funct+time	2009_05_28	N	1		5+3mem+timer+voice synthetizer	N	32	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ TIME DATE ADJ/SET			Y	N
	UC-365	UNIVERSAL CALENDAR		198x		4 funct+time	2010_05_13	N	1		5+3mem+timer	N	31	LCD	8+4+indic	N	N	N	N	Y		% MRC M- M+ TIME DATE CALENDAR ALARM 1 II III ADJ/SET START/STOP LAP RECAL RESET SET			2xLR44 (1,5Vcell)	N			Japan	ernst.mulder.com
	UC-3000			198x		4 funct+time	2009_05_28	N	1		5+3mem+timer	N	30	LCD		N	N	N	N	Y		% MRC M- M+ TM DT			Y	N			Japan
	FX-770P			~1985		Basic	2010_01_24	Y	2KB up to 4KB (1504B up to 3552B available)		Basic	Y	35+48	LCD	24+indic	N	Y	Ext	Y	N		Basic	142x142x13open, 73x142x19closed	157gr	2xCR2032 + CR1220 (3Vcell)	N
	FX-780P			1985	>=1986	Basic	2010_01_24	Y	4KB (3552B available)		Basic	Y	83	LCD	24+indic	N	Y	Ext	Y	N		Basic	142x142x13open, 73x142x19closed	161gr	2xCR2032 + CR1220 (3Vcell)	N	0.07W	Radio Shack TRS-80 PC-5
	FX-785P			~1985		Basic	2010_01_24	Y	2KB up to 10KB (1376B up to 9568B available)		Basic	Y	83	LCD	24+indic	N	Y	Ext	Ext	N		Basic	142x142x13open, 73x142x19closed	165gr	2xCR2032 + CR1220 (3Vcell)	N	0.07W
	FX-790P			<=1986	>=1991	Basic	2010_01_24	Y	8KB up to 16KB (7520B up to 15712B available)		Basic	Y	83	LCD	24+indic	N	Y	Ext	Ext	N		Basic	142x142x13open, 73x142x19closed	165gr	2xCR2032 + CR1220 (3Vcell)	N	0.07W	Radio Shack TRS-80 PC-6			La mémoire peut être étendue à 16Ko (15,3Ko dispo.).
	FX-791P			~1986		Basic	2010_01_24	Y	10KB up to 18KB (9568B up to 17760B available)		Basic	Y	35+48	LCD	24+indic	N	Y	Ext	Y	N		Basic	142x142x13open, 73x142x19closed	172gr	2xCR2032 + CR1220 (3Vcell)	N
	FX-795P			<=1987	>=1991	Basic	2010_01_25	Y	16KB (15584B available)		Basic	Y	83	LCD	24+indic	N	Y	Ext	Y	N	Hitachi HD61747B20 & HD61747B25	Basic	142x142x13open, 73x142x19closed	165gr	2xCR2032 + CR1220 (3Vcell)	N	0.07W		Japan
	FX-840P	CASL		198x		Basic	2010_01_24	Y	8KB up to 40KB (3536B up to 36304B available)	32KB	Basic	Y	78	LCD	32x2	N	Y	Ext	Y	N		Basic	78x193x11	200gr with bat	2xCR2032 + CR1220 (3Vcell)	N
	FX-841P	CASIOSTAT 51		198x		Basic	2010_01_24	Y	8KB up to 40KB (3536B up to 36304B available)	32KB	Basic	Y	78	LCD	32x2	N	Y	Ext	Y	N		Basic	78x193x11	200gr with bat	2xCR2032 + CR1220 (3Vcell)	N
	FX-850P	Scientific Library 116		<=1987	>=1992	Basic	2010_01_24	Y	4KB up to 36KB (3536B up to 36304B available)	32KB	Basic	Y	78	LCD	32x2	N	Y	Ext	Y	N	Hitachi HD62002A01	Basic	78x193x11	200gr with bat	2xCR2032 + CR1220 (3Vcell)	N	0.04W		Japan
	FX-860P	Scientific Library 116		~1987		Basic	2010_01_24	Y	32KB up to 64KB (21456B up to 54224B available)	32KB ?	Basic	Y	78	LCD	32x2	N	Y	Ext	Y	N		Basic	78x193x11	200gr with bat	2xCR2032 + CR1220 (3Vcell)	N			Japan
	FX-860Pvc	Scientific Library 116 CASL		198x		Basic	2010_01_25	Y	32KB up to 64KB (21456B up to 54224B available)	32KB ?	Basic	Y	78	LCD	32x2	N	Y	Ext	Y	N		Basic	78x193x11	200gr with bat	2xCR2032 + CR1220 (3Vcell)	N			Japan
	FX-870P	C-LANGUAGE		199x		Basic+C	2010_01_25	Y	32KB up to 64KB (17179B up to 49947B available)		Basic+C	Y	78	LCD	32x4	192x32	Y	Ext	Y	N		Basic+C languages	78x197x23	348gr with bat	4xAA+1xCR1220	N
	FX-880P	Scientific Library 116		<=1991	>=1992	Basic	2010_01_24	Y	32KB up to 64KB (21456B up to 54224B available)	32KB ?	Basic	Y	78	LCD	32x2	N	Y	Ext	Y	N	Hitachi HD62002A03	Basic	78x193x11	200gr with bat	2xCR2032 + CR1220 (3Vcell)	N	0.04W		Japan
	PB-1000			~1987	>=1989	Basic	2010_06_29	Y	8KB (ext to 40KB)	40KB	Basic	Y	81	LCD	32x4	192x32	Y	Ext	Y	Y	Hitachi HD61700	Basic	176x187x25open, 99x187x25closed	435gr with bat	3xAA	N	0.14W		Japan	pocketmuseum.com	MD100 : lecteur diskettes 3,5pouces FA7 : interface série/parallèle, magnétophone FP40 : imprimante FP100 : table tracante.
	PB-2000C	PERSONAL COMPUTER , MULTI-LANGUAGE		<=1989	>=1989	C	2010_06_29	Y	32KB (20588B available)	64KB + optional cards	C	Y	77	LCD	32x4	192x32	Y	Ext	Y	Y	Hitachi HD61700A	Basic	82x187x17	250gr with bat	3xCR2032+1xCR1220	9VDC	0.09W		Japan	pocketmuseum.com	La mémoire peut être étendue à 64Ko (53247o dispo.)
	fx-5200P	SCIENTIFIC COMPUTER		~1985	~1987	Basic	2010_06_29	Y	1KB (544B available)	12KB	Basic	Y	38+1+34	LCD	12alpha+3 1/2num+indic	N	Y		Y	N	Hitachi HD61913A01	Basic	180x140x10open 180x70x10closed	146gr with bat	2xCR2032 (3Vcell)	N		Radio Shack TRS-80 PC-7		pocketmuseum.com	La mémoire peut être étendue à 2Ko (1568o dispo.)
	fx-5400P			<=1987	>=1987	Basic	2010_06_29	Y	1KB (544B available expendable to 1568B)		Basic	Y	56	LCD	12alpha+indic	N	Y		Y	N		Basic	76x140x12	141gr	2xCR2025 (3Vcell)	N				http://calculators.torensma.net	La mémoire peut être étendue à 2Ko (1568o dispo.)
	fx-1000F	SCIENTIFIC FORMULA 128		<=1987	>=1987	Scient+Stat	2007_05_11	Y/N			Scient	Y	44	LCD	14+2 alpha + 10 1/2+2 1/2 num + indic	N	N	N	mem	N		Scient+Stat	131x72x11	75gr	2x3Vcell	N	0.008W
	fx-5000F	SCIENTIFIC FORMULA 128		<=1987	>=1988	Scient+Stat	2010_09_19	Y/N	10+675steps		95 + 128 preprogrammed formulas	Y	44	LCD	14+2 alpha + 10 1/2+2 1/2 num + indic	N	N	N	mem	N	Hitachi HD61914 OKI M5268V-H1 (aff: Hitachi HD6200104)	Scient+Stat	131x72x11	75gr	2x3Vcell	N	0.008W		Japan
	fx-82B			<=1987	>=1988	Scient	2011_06_24	N	>=1		43+5mem+9stat	N	38	LCD	8+2+indic	N	N	N	N	N	Nec D1014G 004	"MODE Sqrt log ln ENG °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x ENG<- °'""<- asin acos atan asinh acosh atanh x^(1/3) 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL"	153x76x21		2xAA	N	0.0008W		Japan, Korea
	fx JUNIOR	SCIENTIFIC CALCULATOR	1	<=1987	>=1988	4 funct+	2009_07_30	N	1		8+4mem	N	26	LCD	8 or 6+2 + indic	N	N	N	N	N	Toshiba T9736S	Pi Sqrt +/- x<>y MC MR M- M+	149x76x20	65gr	2xAA	N	0,0003W		Japan, Korea		"Est surnommé ""Scientific Calculator"" mais n'a de scientifique que la notation qui va jusqu'à 10^99."
	HL-812			<=1988	>=1988	4 funct	2009_04_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	128x70x19	45gr	2xAA	N	0.0004W		Japan
	fx-82C	SCIENTIFIC CALCULATOR		<=1989	>=1990	Scient	2010_05_24	N	>=1		43+5mem+9stat	N	38	LCD	8+indic	N	N	N	N	N		"MODE Sqrt log ln ENG °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x ENG<- °'""<- asin acos atan asinh acosh atanh x^(1/3) 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL"	152x76x22	61gr	2xAA	N	0.0004W		Japan
	fx-250C	SCIENTIFIC CALCULATOR		<=1988	>=1989	Scient	2011_07_04	N	>=1		43+5mem+9stat	N	38	LCD	8+2+indic	N	N	N	N	N		"MODE Sqrt log ln ENG °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP x^2 10^x e^x ENG<- °'""<- asin acos atan asinh acosh atanh x^(1/3) 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n DATA DEL	140x73x10	47gr	2xAA	N	0.0004W		Japan
	fx-100C			<=1989	>=1989	Scient	2009_12_22	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	153x76x22	65gr	1xAA	N	0.00003W		Japan
	fx-580			198x		Scient	2010_01_07	N	1+6		Scient	Y	44	LCD	12+2+indic	N	N	N	Mem	N		Scient	131x72x10		2xCR2032 (3Vcell)	N			Japan
	fx-590			198x		Scient	2010_01_07	N	>=1		Scient	N	40	LCD	10+2+indic	N	N	N	N	N		Scient			Y	N
	fx-880			~1980		Scient+game	2011_06_13	N	>=1		37+5mem+8stat	N	38	LCD	2+9+2+indic	N	N	N	N	N		"DRG log ln +/- Sqrt °'"" sin cos tan 1/x X<>Y [( )] EXP 10^x e^x x^(1/3) x^2 °'""<- asin acos atan x! FIX SCI NORM ENG x^y x^(1/y) R->P P->R RND RAN# Pi % SD Sumx^2 sumx n meanx sigman sigman-1 SAC Min MR M+ X<>M M-"			?	solar					A ne pas confondre avec le modèle fx-880P
	fx-911M			198x		Scient	2010_01_12	N	>=1		46+5mem+9stat	N	38	LCD	9+indic	N	N	N	N	N		"MODE ENG Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP ENG<- x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Su	127x70		N	solar
	fx-991M			198x		Scient	2010_01_12	N	>=1		46+5mem+9stat+6hex9constants	N	38	LCD	11+indic	N	N	N	N	N		"MODE ENG Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- X<>Y [(...6...)] EXP ENG<- x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) nPr nCr 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Su	127x70		N	solar
	fx-5500			198x		Scient Prog	2010_06_29	Y	12+237steps		Scient Prog Graph	Y	44	LCD	24+indic	N		N	Mem	N		Scient Prog	76x130x12		2xCR2032 (3Vcell)	N				rskey.org
	fx-6000G	GRAPHICS		<=1985	>=1986	Scient Prog	2010_01_18	Y	26(up to 78)+422steps		Scient Prog Graph	Y	50	LCD	16x4+indic	96x32	N	N	Mem	N		Scient prog graph	148x81x12		3x1.5Vcell	N	0.03W		Japan
	fx-6500G	GRAPHICS		<=1985	>=1986	Scient Prog	2010_01_18	Y	26(up to 86)+486steps		Scient Prog Graph	Y	50	LCD	16x4+indic	96x32	N	N	Mem	N	Nec D1007G 003, RAM: Toshiba TC5518BFL-20, Aff: Hitachi HD44351	Scient prog graph	148x81x12		3x1.5Vcell	N	0.03W		Japan
	fx-7500G	GRAPHICS		<=1988	>=1991	Scient Prog	2010_01_18	Y	4KB (26mem and 4006prog steps)		195	Y	59	LCD	16x8+indic	96x64	N	N	Mem			Scient prog graph	133x71x9	100gr	3xCR2025 (3Vcell)	N	0,06W		Japan
	fx-2800P			198x		Scient + Stat + Prog	2010_01_15	Y	7+38steps		Scient+Stat+Prg	N	39	LCD	10+2+indic	N	N	N		N		Scient + Stat + Prog	133x71x9		1xCR2025 (3Vcell)	N	0.00043W
	fx-3600P			<=1982	>=1988	Scient + Stat + Prog	2010_02_19	Y	7+38steps		Scient+Stat+Prg	N	39	LCD	10+2+indic	N	N	N		N	Hitachi HD43147	Scient + Stat + Prog	133x71x9		1xCR2025 (3Vcell)	N	0.00043W	Radio Shack EC-4004 v2	Japan
	fx-3800P		1	<=1989	>=1993	Scient + Stat + Prog	2010_01_16	Y	7+135steps		Scient+Stat+Prg	N	42	LCD	10+2+indic	N	N	N		N		Scient + Stat + Prog	129x72x10	56gr	1x3Vcell	N	0.0005W		Japan
	fx-3800P		2	198x/9x		Scient + Stat + Prog	2010_01_16	Y			Scient+Stat+Prg	N	42	LCD	12+inidc	N	N	N		N		Scient + Stat + Prog	129x72x10		Y	N			Thailand ?
	fx-3900P			<=1989	>=1991	Scient Prog	2010_01_07	Y	?+100steps		101	Y	44	LCD	16+indic	N	N	N	Mem	N	Hitachi HD62001A01	Scientific+Prog	131x72x10	91g avec piles	2x3V cell	N	0.006W		Japan
	fx-4000P			<=1985	>=1989	Scient Prog	2009_06_11	Y	26 (up to 94)+550steps		Scient Prog	Y	44	LCD	16+indic	N	N	N	Mem	N	Hitachi HD61747B34 (& HD61914)	Scient Prog	133x72x10		2xCR2032 (3Vcell)	N	0.01W		Japan
	fx-4100P			~1988		Scient Prog	2010_02_25	Y	>1		Scient Prog	Y	44	LCD	12+indic	N	N	N	Mem	N		Scient Prog	129x73x9	71gr	1xCR2032 (3Vcell)	N
	fx-4200P			~1988		Scient Prog	2010_01_17	Y	26 (up to 60)+279steps		Scient Prog	Y	44	LCD	12+indic	N	N	N	Mem	N		Scient Prog	129x73x9	71gr	1xCR2032 (3Vcell)	N
	fx-7000G	GRAPHICS		<=1985	>=1989	Scient Prog Graph	2011_11_04	Y	26 (up 78) + 422B		Scient Prog Graph	Y	50	LCD	16x8	96x64	N	Ext	N	N	Nec D1007G 008 Sanyo LC3518BML-15	Scient Prog Graph	167x83x14	155,5g	3xCR2032 (3Vcell)	N	0.07W		Japan
	fx-7200G	GRAPHICS		~1986		Scient Prog Graph	2010_01_26	Y	26 (up 78) + 422B		Scient Prog Graph	Y	50	LCD	16x8	96x64	N	Ext	N	N	Nec D1007G 008 Sanyo LC3518BML-15	Scient Prog Graph	167x83x14	155,5g	3xCR2032 (3Vcell)	N	0.07W		Japan
	fx-8000G	GRAPHICS		<=1987	>=1988	Scient Prog Graph	2010_01_26	Y	26 + 1600B		Scient Prog Graph	Y	50	LCD	16x8	96x64	Y	Ext	N	N	Nec D1007G 008 Nec 65005G045 , D4364G-12LL (Ram Rom ?) et 23C256EAG (Rom Ram ?)	Scient Prog Graph	180x84x18	190gr	3xCR2032 (3Vcell)	N	0.03W		Japan
	SF-3000	SUPER MEMORY - COMPUTER , SF-3000BK		<=1986	>=1986	Organizer	2013_04_13	N	18KB		Organizer	Y	40	LCD	16x4	95x32	Y	N	mem	Y		Organizer	135x127x13open, 70x127x18closed	150 with bat	3xCR2032 + 1xCR1220 (4x3Vcell)	N	0,02W		Japan
	SF-3500	Digital Diary		<=1987	>=1990	Organizer	2007_08_27	N	16KB		Organizer	Y	88	LCD	16x6	96x48	N	N	Mem	Y		Organizer	75x126x15 closed, 144x126x8 open	140gr av piles	3x3Vcell	N	0,04W
	SF-4000	DIGITAL DIARY		<=1987	>=1990	Organizer	2011_11_13	N	32KB		Organizer	Y	88	LCD	16x6	96x48	N	N	Mem	Y		Organizer	75x126x15 closed, 144x126x8 open	136gr av piles	3x3Vcell	N	0,04W		Japan
	SF-7000			<=1989	>=1990	Diary	2010_05_14	N	32KB		Diary	Y	81	LCD		Y	Y	N	Ext	Y		Diary	148x133x9 ouv, 74x133x15 ferm	117gr	3x3Vcell	N	0.1W		Japan
	SF-7500	DIGITAL DIARY		<=1989	>=1990	Diary	2010_09_12	N	64KB		Diary	Y	81	LCD		Y	Y	N	Ext	Y		Diary	148x133x8open, 74x133x15closed	117gr	3x3Vcell	N	0.1W		Japan
	BF-80			198x		Business	2010_09_17	N	1+		Financial	N	39+1	LCD	6alpha+8num+indic	N	N	N	N	N		Financial			1x3Vcell	N
	BF-100			198x		Business	2009_04_20	N			Financial	N	39	LCD	10+indic	N	N	N		N		Financial	130x70x		Y	N
	CB-700			~1987		4 funct+checkbook	2010_07_11	N	10 or 11		7+4mem+checkbook	Y	28	LCD	2x3alpha+8num+indic	N	N	N	Mem	N		% Sqrt MC MR M- M+ +checkbok	54x86x4	30gr with bat	1xCR2016 (3Vcell)	N	0.0009W		Japan
	CV-700	CURRENCY CONVERTER , CV-700BK		<=1986	~1987	4 funct+	2010_09_10	N	10 or 11		7+4mem+currency converter	Y	28	LCD	2x3alpha+8num+indic	N	N	N	Mem	N		% Sqrt +/- MC MR M- M+ +convertions	54x86x4	30gr with bat	1xCR2016 (3Vcell)	N	0.0009W		Japan
	FC-100	FINANCIAL CONSULTANT , FC-100A		<=1987	>=1991	Financial	2009_04_23	N	>1		Financial	N	44	LCD	10 or 7 + 2 1/2 + indic	N	N	N		N		Financial	129x72x10		1xCR2025 (3Vcell)	N	0.0006W		Japan, Malaysia
	FC-200	FINANCIAL CONSULTANT		<=1992	>=1998	Financial	2011_07_14	Y	26+		Financial	Y	44	LCD	12+indic	N	N	N	mem	N		Math Stat Financial	133x71x9	87gr with bat	2xCR2032	N	0.01W		Japan
	FC-1000			~1988		Financial	2011_10_07	Y	26+2047bytes		Financial	Y	59	LCD	8lines of 16char	96x64	N	N	mem			Financial	133x71x9		3xCR2025 (3Vcell)	N			Japan	Caz Pocket Computers
	HR-8L	HR-8L GYB-W		198x/9x		4 funct+printer	2009_04_24	N	1			N	28	LCD	10+indic	N	N	Y	N	N		RND % MC MR M- M+ P/#			Y
	JW-8M			198x/9x		4 funct	2009_04_26	N	1		7+4mem	N	25	LCD	8+indic	N	N	N	N	N		+/- % MARKUP MC MR M- M+			?	solar
	MG-80	Digital shooting		198x		4 funct+game	2009_04_28	N	1			N	24	LCD	8+indic	N	N	N	N	N					1xCR2025	N
	MG-90	MAKING 10		198x		4 funct+game	2009_04_28	N	1		5+3mem+game	N	24	LCD	8+indic	N	N	N	N			% MR M- M+ +game			1xCR2025	N			Japan
	SL-100B		2	198x/9x		4 funct	2011_06_22	N	1		7+4mem	N	26	LCD	8+indic	N	N	N	N	N		% Sqrt +/- MC MR M- M+			N	solar			Japan
	SL-805			198x/9x		4 funct	2011_06_24	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	114x76x		N	solar
	SL-805B			198x/9x		4 funct	2009_05_28	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar
	SL-807			198x/9x		4 funct	2009_05_28	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+			N	solar
	SL-807A			198x/9x		4 funct	2010_09_17	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		+/- % Sqrt MR M- M+			N	solar			Japan
	SR-5			198x/9x		4 funct+printer	2009_05_28	N	1		6+4mem+3print	N	29	LCD	10+indic	N	N	Y	N	N		RND % MC MR M- M+ ^ P P/#			Y
	SR5-BK			198x/9x		4 funct+printer	2009_05_28	N	1		6+4mem+3print	N	29	LCD	10+indic	N	N	Y	N	N		RND % MC MR M- M+ ^ P P/#			Y
	DATA CAL	DC-100		198x/9x		4 funct+diary	2009_04_22	N	1+		6+4mem+diary	Y	28	LCD	2lines : 1alpha + 1num (8) + indic	N	N	N	mem			% Sqrt MC MR M- M+ Diary	110x70x7		Y	N			Japan
	DATA-CAL 50	DC-150		~1989		4 funct+diary	2009_04_20	N	1+		6+4mem+diary	Y	28	LCD	2lines : 1alpha + 1num (8) + indic	N	N	N	mem			% Sqrt MC MR M- M+ Diary			Y	N	0.002W		Japan
	DATA-CAL 50	DC-150A		<=1989	>=1990	4 funct+diary	2009_04_23	N	1+		6+4mem+diary	Y	29	LCD	2lines : 1alpha + 1num (8) + indic	N	N	N	mem			% Sqrt MC MR M- M+ Diary	115x68x8		1x3V	N	0.002W		Japan
	Data-Cal	DC-160		198x/9x		4 funct+diary	2009_04_23	N	1+		6+4mem+diary	Y	31	LCD	2lines : 1alpha + 1num + indic	N	N	N	mem			% Sqrt MC MR M- M+ Diary			Y	N
	DC-810	DC-810BK DATA-CAL 100		<=1988	>=1988	4 funct+diary	2010_01_28	N	1+1.5KBytes		6+4mem+diary	Y	40	LCD	2lignes 8alpha + 4 + 8 + indic	N	N	N	mem	Y	Hitachi HD62022A02	% Sqrt MC MR M- M+ Diary	55x85x4	25gr	2xCR2016 (3Vcell)	N	0.0066W		Japan
	DC-810A	DATA-CAL 100		~1988		4 funct+diary	2009_04_23	N	1+		6+4mem+diary	Y	40	LCD	2lignes 8alpha + 4 + 8 + indic	N	N	N	mem	Y		% Sqrt MC MR M- M+ Diary	55x85x4	25gr	2xCR2016 (3Vcell)	N
	QD-700	QUICK DIALER 100		198x		4 funct+dialer	2009_05_22	N			6+4mem+dialer	Y	64	LCD	6alpha+5num+10num+indic	N	N	N	mem	Y		Sqrt % MC MR M- M+ +telephone dialer			Y	N
	fx-8	JUNIOR SCHOOL-FX		198x/199x		4 funct	2009_08_02	N	1		8+3mem	N	25	LCD	8+indic	N	N	N	N	N		+/- 1/x Sqrt % MR M- M+			Y	N
	fx-82	(stat)		<=1989	>=1989	Scient+Stat	2009_04_26	N	>1		Scient	N	38	LCD	8+indic	N	N	N	N	N		Scient	153x76x21		2xAA	N	0.0004W
	FX-603P			1990	>=1992	Scient Prog	2010_01_08	Y	6144Bytes+110mem		Prog+Scient	Y	54+2	LCD	16x2	N	Y	Ext	Mem	N		Prog+Scient	155x78x13	136gr with bat	2+1 xCR2032 (3Vcell)	N	0.03W		Japan
	fx-4500P	DOT MATRIX LCD		<=1989	>=1990	Scient Prog	2011_06_22	Y	26 (up to 163)+1103steps		Scient Prog	Y	50	LCD	12alpha + 10+2 + indic	N	N	N	mem	N		Scient Prog	141x73x10	71gr	1xCR2025+1xCR12116 (2x3Vcell)	N	0.001W		Japan
	fx-4500PA	DOT MATRIX LCD		199x		Scient Prog	2010_01_17	Y	26 (up to 163)+1103steps		Scient Prog	Y	50	LCD	12alpha + 10+2 + indic	N	N	N	mem	N		Scient Prog	141x73x10	71gr	2xCR2032	N	0.001W		China
	fx-100D	SUPER-FX		199x		Scient	2010_02_19	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	150x75x25		Y	N
	fx-100V	SUPER-FX		199x		Scient	2011_06_24	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	150x75x25		Y	N
	fx-203C	SUPER-FX		198x/199x		Scient	2009_08_03		>=1		Scient	N	44	LCD		N	N	N	N	N		Scient			Y	N
	LC-403E			~1994		4 funct	2009_04_26	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	109x66x7		1x1,5Vcell	N	0.00002W		Japan
	LC-787G			199x		4 funct	2013_04_13	N	1		6+3mem	N	23	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	57x91x7		1x1,5Vcell	N	0,00002W		Japan
	HL-812E			199x		4 funct	2009_07_13	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MR M- M+	126x70x19	40gr	1xAA	N	0.00002W		Japan
	MS-8			198x/199x		4 funct desktop	2009_05_04	N	1		6+3mem	N	23	LCD		N	N	N	N	N		% Sqrt MR M- M+			?	solar
	SF-4100	DIGITAL DIARY		~1991		Organizer	2009_05_24	N	32KB		Organizer	Y	88	LCD			N	N	Mem	Y		Organizer	75x126x17 closed, 144x126x11 open		3x3Vcell	N			Japan
	SF-4300	DIGITAL DIARY		199x		Organizer	2009_05_24	N	32KB		Organizer	Y	67	LCD			N	N	Mem	Y		Organizer			Y	N
	SF-4300A	DIGITAL DIARY		199x		Organizer	2009_05_24	N			Organizer	Y	67	LCD			N	N	Mem	Y		Organizer			Y	N
	SF-4600	DIGITAL DIARY		199x		Organizer	2010_01_28	N	64KB		Organizer	Y	67	LCD		N	N	N	Mem	Y		Organizer			Y	N
	SF-4600B	DIGITAL DIARY		199x		Organizer	2010_01_28	N	64KB (61347B available)		Organizer	Y	67	LCD	16x4lines	N	N	N	Mem	Y	68EZ328	Organizer	82x141x12	98gr	2xCR2032 (3Vcell)	N	0.05W		Thailand
	SF-4600C	DIGITAL DIARY		~1994		Organizer	2010_01_28	N	64KB		Organizer	Y		LCD		N	N	N	Mem	Y		Organizer			2xCR2032 (3Vcell)	N
	SF-5100	Digital Diary		~1992		Organizer	2012_09_23	N	32KB		Organizer	Y	93	LCD	16x4lines	Y	Y	N	Mem	Y		Organizer	77x136x18closed 149x136x12open	130gr	3xCR2032 (3Vcell)	N	0.05W		Taiwan
	SF-5300	Digital Diary		~1992		Organizer	2012_09_23	N	64KB		Organizer	Y	93	LCD	16x4lines	Y	Y	N	Mem	Y		Organizer	77x136x18closed 149x136x12open	130gr	3xCR2032 (3Vcell)	N	0.05W		Taiwan
	SF-8000	DIGITAL DIARY		199x		Organizer	2009_05_24		64KB		Organizer	Y	81	LCD		Y			mem	Y		Organizer			Y	N
	SF-9000	B.O.S.S. (BUSINESS ORGANIZER SCHEDULING SYSTEM)		199x		Organizer	2009_07_26		64KB (up to 128KB)		Organizer	Y	88	LCD	6linesx32char	Y	Y	N	mem	Y		Organizer			Y	N
	fx-82SOLAR	FRACTION		199x		Scientific	2009_08_11	N	>=1		Scient	N	38	LCD		N	N	N	N	N		Scient	125x66x9		N	solar			China
	fx-85B			199x		Scientific	2009_08_04	N	>=1		Scient	N		LCD		N	N	N	N	N		Scient							China
	fx-260SOLAR	FRACTION		199x		Scientific	2010_05_12	N	>=1		Scient	N	38	LCD	10+2+indic	N	N	N	N	N		Scient	125x66x9		N	solar			China, Malaysia
	fx-280	FRACTION		199x		Scientific	2009_08_04	N	>=1		Scient	N	38	LCD	10+2+indic	N	N	N	N	N		Scient			1xLR44 (1.5Vcell)	solar			China
	fx-8500G	GRAPHICS		<=1989	>=1991	Scient Prog Graph	2011_07_24	Y	32Ko?	16Ko?	Scient Prog Graph	Y	50	LCD	16x8	96x64	Y	Ext	N	N	Nec D1007G 010 Nec 65005 045 2 x M 4464S (Ram Rom ?) Toshiba TC53257F (Rom Ram)	Scient Prog Graph	180x84x18	190gr	3x3Vcell	N	0.03W		Japan
	fx-7000GA	GRAPHICS		<=1990	>=1991	Scient Prog Graph	2010_01_26	Y	26 (up to 78) 422Bytes		Scient Prog Graph	Y	50	LCD	16x8	96x64	N	N	Mem	N	Nec D3050G	Scient Prog Graph	167x83x14	107gr	3xCR2032 (3Vcell)	N	0.04W		Japan
	fx-7000GB	GRAPHICS		~1992		Scient Prog Graph	2010_01_26	Y	26 (up to 78) 422Bytes		Scient Prog Graph	Y	50	LCD	16x8	96x64	N	N	Mem	N		Scient Prog Graph	167x83x14	107gr	3xCR2032 (3Vcell)	N			Japan
	fx-7400G	GRAPHICS		199x		Scient Prog Graph	2010_02_12	Y			Scient Prog Graph	N	50	LCD	13x8lines	80x48	N	N	Mem	N		Scient Prog Graph			Y	N
	fx-7700G	POWER GRAPHIC		<=1991	>=1991	Scient Prog Graph	2009_03_17	Y	4164steps (4steps/548mem)		Scient Prog Graph	N	50	LCD	16x8	96x64	N	N	Mem	N		Scient Prog Graph	173x81x16	179gr or 186gr	4x3Vcell	N	0.22W	Radio Shack EC-4034	Japan
	fx-7700GB	POWER GRAPHIC		199x		Scient Prog Graph	2010_02_12	Y			Scient Prog Graph	N	50	LCD		Y	Y	N	Mem	N		Scient Prog Graph			Y	N			Japan
	RM-7400G	GRAPHICS		199x/200x		Scient Prog Graph	2010_02_25	Y	>1		Scient Prog Graph	N	50	LCD	16x8	96x64	Y	N	Mem	N		Scient Prog Graph	173x81x16	~185gr	4xAAA+1xCR2032 (3Vcell)	N		Casio fx-7800GC	Japan
	fx-7800GC	SYSTEME GRAPHIQUE	1	<=1992	>=1992	Scient Prog Graph	2009_06_11	Y	26mem + 4164Bytes		~315	N	50	LCD	16x8	96x64	Y	N	Mem	N		Scient Prog Graph	173x81x16	~185gr	4xCR2032 (3Vcell)	N	0.22W		Japan
	fx-7800GC	SYSTEME GRAPHIQUE	2	<=1993	>=1993	Scient Prog Graph	2009_06_11	Y	26mem + 4164Bytes		~315	N	50	LCD	16x8	96x64	Y	N	Mem	N		Scient Prog Graph	173x81x16	~185gr	4xCR2032 (3Vcell)	N	0.22W		Japan
	fx-7900GC	SYSTEME GRAPHIQUE		<=1995	>=1995	Scient Prog Graph	2009_06_11	Y	8KBytes		Scient Prog Graph	N	50	LCD	16x8	96x64	Y	N	Mem	N		Scient Prog Graph	172x85x19		4xAAA+1xCR2032 (3Vcell)	N	0.1W		Japan
	fx-7300G	GRAPHICS		~1996		Scient Prog Graph	2010_01_26	Y	26 (up 78) + 500B		Scient Prog Graph	Y	50	LCD	16x8	96x64	N	Ext	N	N		Scient Prog Graph	158x77x18	120gr	2xAAA	N	0.05W
	AQ-1400			<=1991	>=1991	4 funct + Clock	2009_08_11	N	1		5+3mem+4time	N	25	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ TIME ALARM ADJ/SET PM	114x70x9	44gr	1x3Vcell	N	0,0053W		Japan
	AQ-1700			<=1992	>=1992	4 funct + Clock	2011_11_04	N	1		5+3mem+5time	N	25	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ ALARM TIME ADJ/SET PM bell	112x63x9		2x1.5Vcell	N	0.0023W		Japan
	AQ-1700	AQ-1700B		199x		4 funct + Clock	2009_04_19	N	1		5+3mem+5time	N	25	LCD	8+indic	N	N	N	N	Y		% MRC M- M+ ALARM TIME ADJ/SET PM bell	113x65x9		2x1.5Vcell	N			Japan
	FM-900	FM , Mathematic Formula Memory		199x		4 funct++	2009_04_23	Y/N	1+			Y	47	LCD	8+indic	N	N	N	mem	N		% [( )] Sqrt x^2 +/- Pi 1/x x^y MC MR M- M+			Y	N			Japan
	DATA-CAL	DC-600		~1991		4 funct+diary	2009_04_22	N	1+		6+4mem+diary	N	32	LCD		N	N	N	mem	N		Sqrt % MC MR M- M+ Diary	63x91x8		1x3Vcell	N			Japan
	DATA CAL	DC-700		199x		4 funct+diary	2009_04_22	N	1+		6+4mem+diary	Y	32	LCD	2lines : 1alpha + 1num + indic	N	N	N	mem			Sqrt % MC MR M- M+ Diary	54x80x4		1xcell	N					Existe en 2 variations de couleurs.
	DATA-CAL	DC-750B		199x		4 funct+diary	2009_04_23	N	1+50items		6+4mem+diary	Y	28	LCD	2lines : 8alpha+4num + 8num + indic	N	N	N	mem	N		Sqrt % MC MR M- M+ Diary	54x80x4		1xCR2016 (3Vcell)	N	0.002W		Thailand
	DC DATA-CAL	DC-760		199x		4 funct+diary	2010_02_18	N	1+		6+4mem+diary	Y	38	LCD	2lines : 8alpha+4num + 8num + indic	N	N	N	mem	N		% Sqrt MC MR M- M+ Diary			1xcell	N
	DC-800	DATA-CAL , DC-800GY		199x		4 funct+diary	2009_04_22	N	1+		4+4mem+diary	Y	22	LCD	2lines : 5alpha+4num + 8num + indic	N	N	N	mem	Y		MR MC M- M+ Diary	55x85x5	32gr	1x3Vcell	N	0.003W		Japan
	DC-810	DATA-CAL 100 , DC-800BK		<=1998	>=1999	4 funct+diary	2009_04_22	N	1+		6+4mem+diary	Y	40	LCD	2lines : 8alpha+4num + 8num + indic	N	N	N	mem	Y	Hitachi HD62022A02	% Sqrt MR MC M- M+ Diary	55x85x5	32gr	2x3Vcell	N	0.0066W		Japan
	DC-810A	DATA-CAL 100		~1999/2000		4 funct+diary	2009_04_22	N	1+		6+4mem+diary	Y	40	LCD	2lines : 8alpha+4num + 8num + indic	N	N	N	mem	Y		% Sqrt MR MC M- M+ Diary	55x85x5	32gr	Y	N			Japan
	DC-850	DATA-CAL		199x		4 funct+diary	2009_04_23	N	1+		7+4mem+diary	Y	44	LCD		N	N	N	mem	Y		+/- % Sqrt MC MR M- M+ Diary	55x85x5		Y	N
	DC 500 CITY TIME	DC-1000 , DC-1000BK		199x		4 funct+diary	2011_07_19	N	500tel numbers		4+diary	Y	44	LCD	2lines : 8alpha + 8num + indic	N	N	N	mem	Y		Diary			1xCR2025+1xCR1220 (2x3Vcell)	N	0.002W		Japan		Couleur noire
	DC 500 CITY TIME	DC-1000 , DC-1000GD		199x		4 funct+diary	2011_07_19	N	500tel numbers		4+diary	Y	44	LCD	2lines : 8alpha + 8num + indic	N	N	N	mem	Y		Diary			1xCR2025+1xCR1220 (2x3Vcell)	N	0.002W		Japan		Couleur or
	fx-180PA	PROGRAM FX / SUPER-FX		<=1989	>=1989	Scient Prog	2009_08_02	Y	>1		Scient Prog	N	44	LCD	10+2+indic	N	N	N		N		Scient Prog	153x76x21		1xAA	N	0.00003W		Japan
	fx-180PV	PROGRAM FX / SUPER-FX		<=1990	>=1991	Scient Prog	2009_08_02	Y	>1		Scient Prog	N	44	LCD	10+2+indic	N	N	N		N		Scient Prog	153x76x21		1xAA	N	0.0004W		Japan
	fx-8700G			<=1991	>=1991	Scient Prog Graph	2002_08_22	Y			Scient Prog Graph	Y		LCD			N		N	N						N	0.22W
	fx-8800G			<=1992	>=1992	Scient Prog Graph	2010_01_28	Y			Scient Prog Graph	Y	50	LCD			N	N	N	N		Scient Prog Graph	173x81x16	190g	4x3Vcell	N			Japan
	fx-350A			198x/9x		Scient+Stat	2009_08_05	N	>=1		42+5mem+9stat	N	39	LCD	8+2+indic	N	N	N	N	N		"MODE Sqrt log ln ENG °'"" sin cos tan sinh cosh tanh +/- X<>Y [(---6---)] EXP x^2 10^x e^x ENG<- °'""<- asin acos atan asinh acosh atanh 1^(1/3) 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sumx n x DEL"	136x72x9		2xLR44 (1,5Vcell)	N
	fx-82D	FRACTION		<=1990	>=1992	Scient	2009_07_30	N	>1		45+5mem+9stat	N	38	LCD	8 1/2+2 1/2 + indic	N	N	N	N	N		"MODE Sqrt log ln a(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(...6...)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sum	153x76x21		2xAA	N	0.0004W		Japan
	fx-250D	FRACTION		<=1990	>=1990	Scient	2010_11_01	N	>=1		45+5mem+9stat	N	38	LCD	8+2+indic	N	N	N	N	N		"MODE Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(---6---)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sum	140x73x10		2xLR44 (1,5Vcell)	N
	fx-82L	FRACTION		199x		Scient	2011_06_23	N	>1		45+5mem+9stat	N	38	LCD	8 1/2+2 1/2 + indic	N	N	N	N	N		"MODE Sqrt log ln a(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(...6...)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sum	153x76x21		2xAA	N	0.0004W		China, Japan
	fx-82SUPER	FRACTION		199x		Scient	2011_06_24	N	>=1		47+5mem+9stat	Y	38	LCD	10+2+indic	N	N	N	N	N		"MODE Sqrt log ln a(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(...6...)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/x) nPr nCr R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Su	155x78x20 sans cache		2xAA	N	0.0004W		China
	fx-115N			199x		Scient	2009_08_02	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x16		?	solar
	fx-570A			199x		Scient	2010_01_07	N	1+6		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x10	62gr with bat	1xLR54 (1.5Vcell)	N	0.00003W	Casio fx-570C	Japan
	fx-570C			199x		Scient	2010_01_28	N	1+6		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x10	66gr with bat	1xLR44 (1.5Vcell)	N	0.00003W		Japan
	fx-991N			199x		Scient	2010_01_07	N	1+6		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x9	59gr	1xGR927	solar		~Casio fx-570C + solar cell	Japan
	SF-9350	64KB DIGITAL DIARY		<=1992	>=1993	Organiseur	2010_01_28	N	64Ko		Organiseur	N	91	LCD	Graphic	Y	Y	Ext	Y	Y		Organiseur	158x143x10open 79x143x17closed		3x3Vcell	N	0.05W		Japan
	fx-82LB	FRACTION		<=1992	>=1993	Scient	2011_06_22	N	>=1		45+5mem+9stat	Y	38	LCD	8+2+indic	N	N	N	N	N		"MODE Sqrt log ln a(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(...6...)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/x) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sum	155x78x20 sans cache	72gr sans cache	2xAA	N	0.0004W		China, Japan		fx-82L re-designé.
	fx-2700P			199x		Scient+Stat	2007_05_11	Y/N	7+29steps		Scient+Stat	N	44	LCD	10+2+indic	N	N	N		N		Scient+Stat	127x76x10		1xcell	solar
	fx-6200G	GRAPHICS		199x		Scient Prog Graph	2010_01_18	N			Scient Prog Graph	Y	50	LCD	13	40x23	N	N	Mem	N		Scient Prog Graph	114x75x10		2x3Vcell	N
	fx-6300G	GRAPHICS		199x		Scient Prog Graph	2010_01_18	Y	26 (up tp 78) 400		Scient Prog Graph	Y	50	LCD	13	40x23	N	N	Mem	N		Scient Prog Graph	114x75x10		2x3Vcell	N		Radio Shack EC-4033
	fx-6800G	GRAPHIQUE		<=1992	>=1994	Scient Prog Graph	2010_02_02	Y	26+400bytes		Scient Prog Graph	Y	50	LCD	6+6+12+indic	Y	N	N	Mem	N		Scient	142x73x11	63gr	2xCR2032 (3Vcell)	N	0.009W		Japan, Taiwan, Thailand
	fx-6900G	GRAPHIQUE ICON MENU		<=1994	>=1995	Scient Prog Graph	2007_04_29	Y	26+500bytes		Scient Prog Graph	Y	50	LCD	6x13	48x80	N	N	N	N		Scient	140x73x16	55gr	2xAAA	N	0.05W		Japan
	fx-92 Collège	fx-92 College	1	<=1992	>=1993	Scient	2010_09_27	N	>=1		Scient+Stat+Hex	Y	38	LCD	8+2+indic	N	N	N	N	N		Scient	155x78x19 (155x78x22 avec couvercle)	76gr	2xAA	N	0.0004W		Malaysia
	fx-92 Collège II	fx-92 College II		<=1994	>=1995	Scient	2011_11_04	N	>=1		Scient+Stat+Hex	N	38	LCD	8+2+indic	N	N	N	N	N	Nec D3045BGT	Scient	155x78x19 (155x78x22 avec couvercle)		2xAA	N	0.0004W		Japan, Malaysia
	fx-92 Collège III	fx-92 College III		<=1997	>=1997	Scient	2012_08_20	N	>=1		Scient+Stat+Hex	N	38	LCD	8+2+indic	N	N	N	N	N	Nec D3045BGT	Scient	155x78x19 (155x78x22 avec couvercle)		2xAA	N	0.0004W		China		Version a éléctronique redesignée par rapport à la Collège II,
	fx-92 Collège New	College New		<=1998	>=1998	Scient	2010_09_27	N	>=7		Scient	Y	50	LCD	12alpha + 10+2 + indic	N	N	N	N	N		Scient	150x76x11		2x1.5Vcell	N	0.0014W		China
	fx-95	EQUATION		199x/200x		Scient	2009_08_02	N	>=1		45+5mem+9stat	Y	38	LCD	10+2+indic	N	N	N	N	N		"MODE Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(---6---)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sum	150x76x11		2x1.5Vcell	N
	fx-95US	EQUATION		199x/200x		Scient	2009_08_02	N	>=1		45+5mem+9stat	Y	38	LCD	10+2+indic	N	N	N	N	N		"MODE Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(---6---)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/y) R->P P->R RND RAN# Pi % Min MR M+ X<>M M- meanx sigman sigman-1 SAC Sumx^2 Sum	150x76x11		2x1.5Vcell	N	0.0004W		Malaysia
	fx-180P Plus			<=1995	>=1995	Scient Prog	2012_08_26	Y	7+300teps		Scient Prog	N	44	LCD	10+2+indic	N	N	N	N	N		Scient Prog	166x78x20		2xAA	N	0,001W		Malaysia
	AG-100	ROULETTE		199x		Game	2009_04_19	N	1		5+3mem+game		25	LCD		N	N	N	N	N		% MR M- M+			Y	N
	DATA-CAL DC-200			199x		4 funct+diary	2009_04_20	N	1+		6+3mem+diary	Y	40	LCD	2lines : 8alpha+4num + 8num + indic	N	N	N	mem	N		% Sqrt MC MR M- M+ Diary	100x63x8		Y	N			Japan
	DC DATA-CAL 50	DC-200 , DC-200 BK		199x		4 funct+diary	2011_06_16	N	1+		6+3mem+diary	Y	40	LCD	2lines : 8alpha+4num + 8num + indic	N	N	N	mem	N		% Sqrt MC MR M- M+ Diary	100x63x8		Y	N			Japan
	DC DATA-CAL 120	DC-210		199x		4 funct+diary	2009_04_23	N	1+120items		6+3mem+diary	Y	40	LCD	2lines : 8alpha+4num + 8num + indic	N	N	N	mem	N		% Sqrt MC MR M- M+ Diary	100x63x8		Y	N			Japan
	QD-151			199x		4 funct+dialer	2009_05_22	N				Y	32	LCD		Y	N	N	mem	Y		telephone dialer			Y	N					Numéroteur MF téléphonique, version japonaise.
	HS-4			199x		4 funct	2009_04_24	N	1		7+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt +/- MR M- M+			?	solar
	JN-20			199x		4 funct	2009_04_26	N	1		9+4mem	N	28	LCD		N	N	N	N	N		% Sqrt > GT +/- MC MR M- M+			?	solar
	fx-50F	SCIENTIFIC FORMULA 23		199x		Scient	2010_01_17	Y	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x70x		N	solar
	fx-61F	ELECTRIC FORMULA 27		199x		Scient	2009_07_28	Y			Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient			?	solar
	fx-85N			<=1989	>=1990	Scient	2011_10_21	N	>1		Scient	N	44	LCD	8+2+indic	N	N	N	N	N		Scient	140x73x17	64gr	N	solar			Japan
	fx-85V	SUPER-FX		<=1995?	>=1995?	Scient	2009_07_31	N	>=1		Scient	N	44	LCD	8+2+indic	N	N	N	N	N		Scient	140x73x17	64gr	N	solar			Japan
	fx-570D	SUPER-FX		199x		Scient	2010_09_10	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient			1xLR54 (1.5Vcell)	N				http://www.voidware.com/calcs/fx570d.htm
	fx-911V	SUPER-FX		<=1995?	>=1995?	Scient	2010_01_16	N	>=1		Scient	N	44	LCD	8+2+indic	N	N	N	N	N		Scient	140x73x9	59gr		solar
	fx-991V	SUPER-FX		199x		Scient	2010_01_16	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x9			solar
	fx-3400P	PROGRAM FX		~1988		Scient	2010_01_16	Y	7+29steps		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x9		1x1.5Vcell	solar
	fx-3600PV	PROGRAM FX		199x		Scient	2010_01_16	Y	7+38steps		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x9	60gr	1x1.5Vcell	solar
	fx-115D	SUPER-FX		<=1995	>=1995	Scient	2009_08_02	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x16	55gr	1x1.5Vcell	solar			Japan
	fx-115V	SUPER-FX		<=1995	>=1998	Scient	2005_03_22	N	>=1		Scient	N	44	LCD	10+2+indic	N	N	N	N	N		Scient	140x73x16	55gr	N	solar			Japan
	fx-300V	SUPER-FX		199x		Scient	2010_01_07	N	>=1		48+8mem+20stat	N	44	LCD	8+2+indic	N	N	N	N	N		"ENG ENG<- MODE 1/x Sqrt x^2 log ln x^y a^(b/c) °'"" sin cos tan sinh cosh tanh +/- > [(---6---)] EXP nPr nCr x! X<>Y 10^x e^x x^(1/y) d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) R->P P->R RND RAN# Pi % Kin Kout Min MR M+ X<>K KAC M- +20stat"	140x73x16		N	solar
	fx-6910aG	GRAPH 20	1	<=1996	>=1998	Scient graph	2010_05_23	Y	8Kbytes (7Kb available)		Scient graph	Y	48	LCD	13x6lines	79x47	N	N	mem	N		Scient graph	158x77x20	130gr with bat	2xAAA+1xCR2032 (3Vcell)	N	0.05W		Malaysia
	fx-6910aG	GRAPHIQUE	2	~1996		Scient graph	2010_02_12	Y			Scient graph	Y	48	LCD	13x6lines	79x47	N	N	mem	N		Scient graph	158x77x20		Y	N
	FX-890P	16-Bit CPU		<=1997	>=1997	Basic/C	2010_06_29	Y	32KB up to 64KB (21456B up to 54224B available)	32KB ?	Basic/C	Y	82+1	LCD	32x4	192x32	Y	Ext	Y	N	80L188EB	Basic/C	83x206x25	308gr with bat	4xAA+1xCR2032 (3Vcell)	N			Japan	pocketmuseum.com
	Z-1GR	16-Bit CPU		<=1997	>=1997	Basic/C	2010_02_15	Y	32KB up to 64KB (18412B up to 51180B available)		Basic/C	Y	82+1	LCD	32x4	192x32	Y	Ext	Y	N	80L188EB	Basic/C	83x206x25	308gr with bat	4xAA+1xCR2032 (3Vcell)	N			Japan	pocketmuseum.com
	CASSIOPEIA	A-10		199x		PDA	2011_06_02	Y	2MBytes	4MBytes	Windows CE 1.0	Y	64	LCD		480x240	Y	Ext	Y	Y	Hitachi SH3 44 MHz	Window CE 1.0	92x175x27	380gr	2xAA+1xCR2032	Y
	CASSIOPEIA	A-11		199x		PDA	2011_06_02	Y	4MBytes	4MBytes	Windows CE 1.0	Y	64	LCD		480x240	Y	Ext	Y	Y	Hitachi SH3 44 MHz	Window CE 1.0	92x175x27	380gr	2xAA+1xCR2032	Y
	CASSIOPEIA	A-20, A-20E		199x		PDA	2011_06_02	Y	8MBytes	8MBytes	Windows CE 2.0	Y	65+1	LCD		640x240	Y	Ext	Y	Y	Hitachi SH3 80 MHz	Window CE 2.0	94x185x25	430gr	2xAA+1xCR2032	Y
	CASSIOPEIA	E-105, E-105F		~1999	>=2000	PDA	2011_11_13	Y	32MBytes	16MBytes	Windows CE 2.11	Y	10	LCD		240x320	Y	Ext	Y	Y	NEC VR4121 MIPS 131 MHz	Window CE 2,11	131x84x23	255gr	Li-Ion+1xCR2032	5VDC 2A			Japan
	CFX-9800G	COLOR POWER GRAPHIC		1995	>=1995	Scient graph	2010_02_20	Y	32KBytes (24KB available)	4MBytes	Scient graph	Y	50	LCD		96×64	Y	N	mem	N	Hitachi HD62119A02	Scient graph	178x102x12	198gr	4xAAA+1xCR2032 (3Vcell)	N
	CFX-9850G	COLOR POWER GRAPHIC		1996	>=1997	Scient graph	2010_02_20	Y	32KBytes (28KB available)		763	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	176x83x20	190gr with bat	4xAAA+1xCR2032 (3Vcell)	N
	CFX-9850G PLUS	COLOR POWER GRAPHIC		~1997	>=1997	Scient graph	2010_02_20	Y	32KBytes (28KB available)		Scient graph	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	178x89x25	255gr	4xAAA+1xCR2032 (3Vcell)	N
	CFX-9850GB PLUS	COLOR POWER GRAPHIC	1	~1997	>=1997	Scient graph	2010_02_20	Y	32KBytes (28KB available)		Scient graph	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	178x89x25	255gr	4xAAA+1xCR2032 (3Vcell)	N
	CFX-9850GB PLUS	COLOR POWER GRAPHIC	2	<=2002	>=2003	Scient graph	2010_02_21	Y	32KBytes (30KB available)		Scient graph	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	180x88x25	255gr	4xAAA+1xCR2032 (3Vcell)	N			China
	CFX-9850Ga PLUS	COLOR POWER GRAPHIC		~1997	>=1997	Scient graph	2010_02_20	Y	32KBytes (28KB available)		904	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	178x89x25	255gr	4xAAA+1xCR2032 (3Vcell)	N
	CFX-9900GC	GRAPHIQUE COULEUR		<=1995	>=1995	Scient graph	2009_12_22	Y	32KBytes		Scient graph	Y	50	LCD		96×64	Y	N	mem	N		Scient graph	183x95x17		2xAAA+1xCR2032 (3Vcell)	N	0.1W		Japan
	CFX-9950G	COLOR POWER GRAPHIC		199x		Scient graph	2010_02_20	Y	64KBytes (60KB available)		763	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	176x83x20	190gr with bat	4xAAA+1xCR2032 (3Vcell)	N			China
	CFX-9950G PLUS	COLOR POWER GRAPHIC		~1996		Scient graph	2010_02_20	Y	64KBytes (60KB available)		763	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	176x83x20	190gr with bat	4xAAA+1xCR2032 (3Vcell)	N			China
	CFX-9970G	COLOR POWER GRAPHIC		<<=1998	>=1998	Scient graph	2011_04_10	Y	64KBytes (60KB available)		Scient graph	Y	50	LCD	21x8lines	128x64	Y	N	mem	N		Scient graph	181x85x27	230gr with bat	4xAAA+1xCR2032 (3Vcell)	N	0,2W		Japan
	HL-815			~1998		4 funct	2010_01_28	N	1		6+3mem	N	24	LCD	8+indic	N	N	N	N	N		% Sqrt MRC M- M+	115x67x18		Y	N			China
	FH-150	FH-150-GD		199x/200x		4 funct+time	2010_02_24	N	1		5+time	N	24+1	LCD	8+indic++	N	N	N	N	N		%	171x51x6open, 90x51x13closed		1xCR2025 (3Vcell)	N	0.004W		China
	fx-82SX	FRACTION		<=2000	>=2000	Scient	2011_08_08	N	>=1		49+5mem+9stat	N	38	LCD	10+2+indic	N	N	N	N	N		"MODE Sqrt log ln a^(b/c) °'"" sin cos tan sinh cosh tanh +/- ENG [(---6---)] EXP x^2 10^x e^x d/c °'""<- asin acos atan asinh acosh atanh x^(1/3) ENG<- X<>Y 1/x x! x^y x^(1/y) nPr nCr R->P P->R RND RAN# Pi % Min MR M+ X<>M M-