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Q62702-D963 Datasheet

	PINS
MODE	#CE	#OE	#PGM	AO	A9	VDD	VPP	OUTPUTS
Read	VIL	VIL	x	x	x	VDD	VDD	DOUT
Output Disable	VIL	VIH	x	x	x	VDD	VDD	High Z
Standby (TTL)	VIH	x	x	x	x	VDD	VDD	High Z
Standby (CMOS)	VDD±0.3V	x	x	x	x	VDD	VDD	High Z
Program	VIL	VIH	VIL	x	x	VCP	VPP	DIN
Program Verify	VIL	VIL	VIH	x	x	VCP	VPP	DOUT
Program Inhibit	VIH	x	x	x	x	VCP	VPP	High Z
rase	VIL	VIH	VIL	VIL	VPE	VCP	VPE	FF (Hex)
Erase Verify	VIL	VIL	VIH	x	x	VPE	VPP	DOUT
Erase Inhibit	VIH	x	x	x	x	VCP	VPE	High Z
Product ldentifier-Manufacturer	VIL	VIL	x	VIL	VHH	VDD	VDD	DA (Hex)
Product ldentifier-Device	VIL	VIL	x	VIH	VHH	VDD	VDD	01 (Hex)

Q62702-D963 Price

			P	=15V W10 cCS
				j
	j	j
jj	-r

Q62702-D963 on stock

Description	Fype	rype	Contact diagram (button not de- pressed) for change-over contact ext connecttons between 2 and z	M	Order No Shape of cac r__ 18 x 24	e _ 18 x18	0 0 18
Illuminated pushbutton 1-pole, momentary action	1			35	0041 2301	0041 2311	0041.2321
Illuminated pushbutton 2-pole, momentary action	2			43	0041 2302	0041 2312	0041 2322
lllumtnated pushbutton 3-pole, momentary action	3			51	0041 2303	0041 2313	0041.2323
llluminated pushbutton 4-pole, momentary action	4	·- I 1		59	0041 2304	0041.2314	0041 2324
Illuminated pushbutton 1-pole, alternate actlon		^i 1 _r 9 J- ^'		35	0041 2351	0041.2361	0041 2371
Illuminated pushbutton 2-pole, alternate action		2 b		43	0041.2352	0041 2362	0041 2372
Illuminated pushbutton 3-pole, alternate action		3 8 }		51	0041 2353	0041 2363	0041 2373
llluminated pushbutton 4-pole, alternate action		4 j		59	0041 2354	0041 2364	0041 2374

Characteristic	Symbol	Min.	Typ.	Max.	Unit	Condition
Regulated output load fluctuation	CVreg ClIOUT		5		I	VOUT=-15V, Vreg=-8V, Ta=25IC O<IOUT<lOmA, TCl=VDD TC2=VOUT
Regulated output saturation resistance	RSAT		5		I	RSAT=D(Vreg-VOUT)/DIOUT O<IOUT<lOmA, RV=VDD, Ta=25IC
Reference voltage	VRVO VRV1 VRV2	-2.3 -1.7 -1.1	-1.5 -1.3 -0.9	-1 .0 -1.1 -0.8	V V V	TC2=VOUT, TCl=VDD, Ta=25IC TC2=TCl=VOUT, Ta=250 C TC2=VDD, TCl=VOUT, Ta=25IC
Temperature Gradient	CTo CT4 CT2	-0.25 -0.5 -0.7	-0.1 -0.4 -0.6	-0.06 -0.3 -0.5	%/IC %/IC %/IC	CT = I Vreg(50IC) I - I Vreg(OIC) I 50IC-OIC 1 X IVreg(25IC)I y'
Input leakage current	IL			2.0	cCA	Poff, TCl, TC2, OSCl, RV pins