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Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
R0003T	PLUSE				472	Tianke Electronics (HK) Limite.. Contact:Paul Tel:86-755-83206561 Fax: Email: tianke_hk@yahoo.com.cn
R0003T				NEW PARTS	472	TAI CHENG XIN ELECTRONICS CO.,.. Contact:wang Tel:86-755-83778177 Fax: Email: 70013793@qq.com

R0003T Datasheet

Items		Symbols	Test Conditions	Min	Typ	Max	Units
Zero Gate Voltage Collector Current		ICES	VCE=OV VCE=600V			1 0	mA
Gate-Emitter Leackage Current		IGES	VCE=OV VGE=+ 20V			20	uA
Gate-Emitter Threshold Voltage		VGEtth)	VCE=20V lc=lOmA	5 5		8 5	V
Collector-Emitter Saturation Voltage		VCE(sat)	VCE=15V lc=lOA			3 0	V
Input capacitance		Cies	VGE=OV		700		pF
Output capacitance		Coes	VCE=10V		150
Reverse Transfer capacitance		Cres	f=lMHz		20
		tON	Vcc=300V			1 2
	Furn-on Time	tr	lc=lOA			0 6	US
	Turn-off Time	tOFF	VCE=+15V			1 0
Switching Time	Turn-off Time	0	Rc=220Q			0 35
		tON	Vcc=300V		0 16
	Furn-on Time	tr	lc=lOA		0 11
		tOFF	VCE=+15V		0 30		US
	Turn-off Time	tf	Rc=22Q			0 35	US
Diode Forward On-Voltage		VF	IF=10A VGE=OV			3 0	V
Reverse Recovery Time		t	IF=10A, VGE=-IOV, di/dt=lOOA/Us			300	ns

R0003T Price

G H C/G H B/G HA. High side gate drive outputs for n- channel MOSFET drivers. External series gate resistors can be used to control slew rate seen at the power driver gate, thereby controlling the di/dt and dv/dt of S outputs. The outputs will source l.25A for turn-on and sink 2.5A for gate discharge.
R0003T on stock

					TA= 25 0C	TA = -40 0C T0 85 0C
PARAMETER		TEST CONDITIONS		vcc	MIN TYP MAX	MIN MAX	UNIT
		IOH= -20 hiA		O8V t0 3.6V	VCC-O.1	VCC-O.1	V
		IOH= -1.1 mA		1.1 V	0.75×VCC	0.7×VCC
		IOH= -1.7 mA		1.4 V	1.11	1 03
		IOH= -1.9 mA		1.65 V	1 32	1.3
VOH		IOH= -2.3 mA			2 05	1 97
		IOH= -3.1 mA		2.3 V	1.9	1 85
		IOH= -2.7 mA			2 72	2 67
		IOH= -4 mA		3V	2.6	2 55
		IOL= 20 htA		O8V t0 3.6V	0 1	0 1	V
		IOL= 1.1 mA		1.1 V	0.3×VCC	0.3×VCC
		IOL= 1.7 mA		1.4 V	O31	0.37
		IOL= 1.9 mA		1.65 V	O31	0.35
VOL		IOL= 2.3 mA			O31	0.33
		IOL= 3.1 mA		2.3 V	0.44	0.45
		IOL= 2.7 mA			O31	0.33
		IOL=4mA		3V	0.44	0.45
Il	A input	VI = GND t0 3.6 V		0V t0 3.6V	0 1	0 5	LLA
loff		VI or VO = 0 V t0 3.6 V		OV	0 2	0 6	LLA
Aloff		VI or VO = 0 V t0 3.6 V		OV t0 0.2V	0 2	0 6	yA
ICC		VI = GND or (vcc t0 3.6 V)	10 =0	O8V t0 3.6V	0 5	0 9	LLA
AICC		VI= VCC-0.6V	10 =0	3.3 V	40	50	LLA
				OV	1 5		pF
ci		VI = VCC or GND		3.6 V	1 5		pF
co		vo= GND		OV	2 5		pF

Parameter	3.3V	2.5V	Units
R1	1100	16600	Ohms
R2	1500	15400	Ohms
RTH	645	8000	Ohms
VH	1.750	1.20	Volts

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