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SX76010A Datasheet

PARAM ETER	SYM BOL	MIN	TYP	MAX	UNIT	CON DITIONS
Collector-base breakdow n voltage	BVCBO	150	1 90		V	lc=lOOvA
Collector-emitter breakdow n voltage	BVCER	150	1 90		V	lc=lvA, RBlkll
Collector-em itter breakdow n voltage	BVCEO	60	80		V	lc=lOmA*
Emitter-base breakdown voltage	BVEBO	7	8 1		V	IE=100LA
Collector cut-off current	ICBO			20 0 5	nA LLA	VCB=120V VCB=120yTamb=1000C
Collector cut-off current	ICER R1k(2			20 0 5	nA LLA	VCB=120V VCB=120V'Tamb=1000C
Emitter cut-off current	IEBO			1 0	nA	VEB=6V
Collector-em itter saturation voltage	VCE(SAT)		20 45 50 100 210	30 60 70 135 260	mV mV mV mV mV	lc=lOOmA, IB=5mA* lc=lA, IB=lOOrtiA* lc=lA, IB=50m A* lc=2A, IB=50mA* lc=6A, IB=300mA*
Base-emitter saturation voltage	VBE(SAT)		1000	1 100	mV	lc=6A, IB=300mA*
Base-emitter turn-on voltage	VBE(ON)		940	1050	mV	lc=6A, VCE=1V*
Static forward cu rrent transfer ratio	HFE	100 100 55 20	200 200 105 40	300		IC=lOfTiA, VCE=1V* lc=2A, VCE=1V* lc=5A, VCE=1V* lc=lOA, VCE=1V*
Transition frequency	fT		1 30		MHz	lc=lOOrTiA, VCE=10V f=50MHz
Output capacitance	COBO		31		pF	VCB=10A, f=lM Hz*
Switching times	tON tOFF		42 760		ns	lc=lA, Vcc=lOV, IBl=IB2=100mA

SX76010A Price

SYMBOL	PARAMETER	CONDITIONS	MIN	TYP	MAX	UNITS
Vo	Output Voltage		8.288	8.5	8.712	V
		10=1 t0 200mA r	8.16		8.84	V
		Vin=10 t0 20V 10=1 to lOOmA r	8.16		8.84	V
o	Line Regulation	Vin=10.5 t0 20V		1 1	40	mV
o	Load Regulation	lo=l t0 200mA 10=1 to lOOmA		8 3	30	mV mV
Jq	Quiescent Current	T		350	600
aq	Ouiescent Current Change	10=1 t0 200mA Vin=10.5 t0 20V			100 100
Vn	Output Noise Voltage	f=lOHz t0 10kHz		1 15		DcV rms
qVin/qVO	Ripple Rejection	Vin=11.5 t0 18V f=120Hz	44	60		dB
Vin	Input Voltage Required To Maintain Regulation		10.5	10.2		v
O\|	Average Temperature Coefficient of Vo	10=5.OmA T		O25		m \UoC

SX76010A on stock

OUTPUT ON TA = 150TC
TA = -401C ----







	SUPPLY VOLTAGE IN VOLTS	Dwg GH-058-4

ol = VIRTUAL ORIGIN OFWAVE EXAMPLE: t =TIME FROM 10%T0 90% OF PEAK FOR AN 8/20uS CURRENT tl = VIRTUAL FRONT TIME = 1.25 x t WAVEFORM: t2 = VIRTUALTIM E TO HALFVALUE 8LLs = tl = VIRTUAL FRONT (IMPULSE DURATION) TIME 20ys = t2 = VIRTUALTIMETO HALFVALUE

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