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SISXN0109 Datasheet

			Limits
Symbol	Parameter	Test Conditions	Min	Typ	Max	Unit
Static
BVDSS	Drain-Source Breakdown Voltage	VGS=OV, ID=250uA	20			V
		VGS=4.5V, ID=3.6A		50	65
RDScON)	Drain-Source On-State Resistance	VGS=2.5V, ID=3.1A		75	95	mQ
VGS(TH)	Gate Threshold Voltage	VDS= VGS, ID=250uA	0.45			V
IDSS	Zero Gate Voltage Drain Current	VDS=20V, VGS=OV			1.0	uA
IGSS	Gate Body Leakage	VGS=+8V, VDS=OV			+100	nA
ID(ONl	On-State Drain Current	VDS=5V, VGS=4.5V	6			A
9fs	Forward Tranconductance	VDS=5V, ID=3.6A		10		S
Dynamic
Qa	Total Gate Charge	VDS=10V, ID=3.6A,		5.2	10
Qas	Gate-Source Charge	VGS=4.5V		O65		nC
Qad	Gate-Drain Charge	VGS=4.5V		1.5		nC
td(on)	Turn-On Delay Time			7	15
l	Turn-On Rise Time	VDD=10V, RL=10Q,		55	80
tdf offl tf	Turn-Off Delay Time Turn-Off Fall-Time	ID=1A, VGEN=4.5V, RG=6Q		16	60	nS
		ID=1A, VGEN=4.5V, RG=6Q		10	25	nS
Ciss	Input Capacitance	VDS=10V, VGS=OV,		450
Coss	Output Capacitance	f=l.OMHz		70		pF
Crss	Reverse Transfer Capacitance	f=l.OMHz		43		pF
Source-Drain Diode
Is	Max. Diode Forward Current				1.6	A
VSD	Diode Forward Voltage	ls=l.OA, VGS=OV		0.75	1.2	V

SISXN0109 Price

PIN	DESCRIPTION
1 2 3 5 7 8 9	input common common +VB common common output

SISXN0109 on stock

Part No. Suffix	Dim X	Dim Y'j
-10	.265 r6.731	.0501 271
-20	3258.261	1102.791

SYMBOL	PARAMETER	CONDTIONS	NOTES	PIN- NAME	MIN	MAX	UNT	SUB- GROUPS
H	High Level Input	vcc=5 . 5V, VM=5 . 5V, VIhIL=O . OV,	l 5	NPUT		O.l	uA	l
H	Current	VIhIH=5 . 5V	l 5	hIPUT		1.0	uA	2
L	Low Level Input	vcc=5 . 5V, VM=O . OV, VIhIH=5 . 5V,	l 5	hIPUT		-O.l	uA	1
L	Current	VINL=O . OV	l 5	NPUT		-1.0	uA	2
VOL	Low Level Output Voltage	VCC=4 . 5V, VIhIH=4 . SV, VIhIL=O . oV, IOL=50uA, VIH=2.OV, VIL=0.8V	l 3	OUTPUT		O.l	V	1, 2, 3
		VCC=5.5V, IOL=50uA, VINL=O.OV, VINH=5 . 5V, VIH=2 . OV, VIL=O . 8V	l 3	OUTPUT		O.l	V	l 2 3
		VCC=4 . 5V, IOL=24 . OmA, VIL=O . 8V,	l 3	OUTPUT		0.4	V	l 3
		VIH=2 . OV, VINL=O . OV, VIhIH=4 . 5V	l 3	OUTPUT		0.5	V	2
		VCC=5. 5V, VIH=2 . OV, VIL=O . 8V,	l 3	OUTPUT		0.4	V	l 3
		IOL=24mA, VINL=O.OV, VIhIH=5.5V	l 3	OUTPUT		0.5	V	2
VOL	Dynamic output current LOW	vcc=5 . 5V, IOL=50 . OmA, VIhIH=5 . 5V, VINL=O . OV	l 3 6	OUTPUT		1. 65	V	1, 2, 3
VOH	High Level Output Voltage	VCC=4 . 5V, VIL=O . 8V, VIH=2 . OV, IOH=-50 . OuA, VIhIH=4 . 5V, VIhIL=O . OV	l 3	OUTPUT	4.40		V	1, 2, 3
		VCC=4 . 5V, VIL=O . 8V, VIH=2 . OV, IOH=-24 . OmA, VIhIH=4 . 5V, VINL=O . OV	l 3	OUTPUT	3.70		V	1, 2, 3
		VCC=5. 5V, VIL=O . 8V, VIH=2 . OV, IOH=-24 . OmA, VIhIH=5 . 5V, VIhIL=O . OV	l 3	OUTPUT	4.70		V	1, 2, 3
		VCC=5. 5V, VIL=O . 8V, VIH=2 . OV, IOH=-50 . OuA, VIhIH=5 . 5V, VINL=O . OV	l 3	OUTPUT	5.40		V	1, 2, 3
VOH	Dynamic output current HIGH	vcc=5 . 5V, IOH=-50 . OmA, VIhIH=5 . 5V, VIhIL=O . OV	l 3 6	OUTPUT	3.85		V	1, 2, 3
CCH	Supply Current	vcc=5 . 5V, VIhIH=5 . 5V, VIhIL=O . Ov	l 5	vcc		1 0 0	nA	1
CCH	Outputs HIGH	vcc=5 . 5V, VIhIH=5 . 5V, VIhIL=O . Ov	l 5	vcc		40.0	uA	2
CCL	Supply Current	vcc=5 . 5V, VIhIL=O . OV, VIhIH=5 . 5V	l 5	VCC		1 0 0	nA	l
CCL	Outputs LOW	vcc=5 . 5V, VIhIL=O . OV, VIhIH=5 . 5V	l 5	vcc		40.0	uA	2
ccz	Supply Current	vcc=5 . 5V, VIhIL=O . OV, VIhIH=5 . 5V	l 5	vcc		1 0 0	nA	l
ccz	Outputs TRI-STATE	vcc=5 . 5V, VIhIL=O . OV, VIhIH=5 . 5V	l 5	VCC		40.0	uA	2
CCF	Supply Current	vcc=5 . 5V, VINL=O . OV, VIhIH=5 . 5V	l 5	vcc		1 0 0	nA	1
CCF	Functional	vcc=5 . 5V, VINL=O . OV, VIhIH=5 . 5V	l 5	vcc		40.0	uA	2
CCT	Supply Current	vcc=5 . 5V, VIHT=VCC-2 . 1V, VIhIH=5 . 5V,	l 3	VCC		1.0	mA	l 2
CCT	Supply Current	VINL=O . oV	l 3	vcc		1.6	mA	3

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