SKIIP320TAT08D，there are the best SKIIP320TAT08D suppiers all over the world here.These are the list and detailed contact method of SKIIP320TAT08D suppliers all over the world as follows.You can buy or get informations of SKIIP320TAT08D through email , message or tel.

suppliers of SKIIP320TAT08D and PDF data of SKIIP320TAT08D

Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
SKIIP320TAT08D	SEMIKRON		09+		1	Pujia Tech Develop Co., Ltd Contact:Max Tel:86-755-83624945 Fax:86-755-83624801 Email: sale1cn@yahoo.cn
SKIIP320TAT08D	SEMIKRON	Module		new and original	1	QINYUAN ELECTRONICS (HK) LIMIT.. Contact:Steven Wang Tel:86-755-83987685 Fax:86-755-82814283 Email: sales@xy-ic.com wxic@xy-ic.com
SKIIP320TAT08D	SEMIKRON		05+	new and original	1	QY Electronics (HK) Co., Limi.. Contact:Chen Tel:86-755-61249260 Fax:86-755-61249261 Email: hkqydz@gmail.com
SKIIP320TAT08D	SEMIKRON	MODULE			1	SongYuan Electronics (HK) Co.,.. Contact:Vicky Tel:86-755-83044194 Fax:86-755-83044175 Email: songyuan-chen@163.com
SKIIP320TAT08D	SEMIKRON	MODULE IGB	2005+	MODULE IGBT	129	PENGHUIDA ELECTRONICS(HK) LIMI.. Contact:Xiao Tel:86-755-82807577 Fax:86-755-82581450 Email: phdic9@gmail.com
SKIIP320TAT08D	SEMIKRON	AC	08+		1	PUJIATECH.DEVELOP.CO.,LTD Contact:Mr.Lin Tel:86-755-83624945 Fax:86-755-83624801 Email: sale1cn@yahoo.cn
SKIIP320TAT08D	SEMIKRON				1	AZELECTRONICSLIMITED Contact:Ms.echo Tel:86-755-82814442 Fax:86-755-82814440 Email: echo@az-ic.com

SKIIP320TAT08D Datasheet

Characteristic	Symbol	Test Condition	Min	Typ	Max	Unit
	VF(1)	IF=lmA		0.6		V
Forward voltage	VF(Z)	I=10mA		0.7
Forward voltage	VF(3)	IF=lOOmA		O9	1.2
Reverse current	IR	V=80V			0.5
Total capacitance	CT	VR=O, f=lMHz		2.2	4.0	pF
Reverse recovery time	t	IF=lOmA		1.6	4.0	ns

SKIIP320TAT08D Price

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SKIIP320TAT08D on stock

Parameter	Symbol	Conditions	Min	Typ.	Max	Unit
Output Voltage	Vo	5mA " lo " 3.OA , Tj =+25IC 14.5V " Vl " 27V, 5mA " lo " 2.OA	11.5 11.4	12 12	12.5 12.8	V
Line Regulation (Note2)	O	14.5V " Vl " 35V, 10=5mA, Tj =+25IC 14.5V " VI " 35V, Io=l.OA, Tj =+25IC 14.9V " VI " 28V, 10 =2.OA, Tj =+25IC 16V " Vl " 22V, 10 =3.OA, Tj =+25IC		6.0	45	mV
Load Regulation (Note2)	O	5mA " lo " 3.OA, Tj =+25IC 5mA " lo " 3.OA		10 15	30 80	mV mV
Thermal Regulation	REGT	Pulse =10ms, P = 20W TA = +25IC		0.002	0.03	%Vo/W
Quiescent Current	lQ	5mA " lo " 3.OA, Tj =+25IC 5mA " lo " 3.OA		3.5 4.0	5.0 6.0	mA mA
Quiescent Current Change	Q	14.5V " Vl " 35V, lo = 5mA Tj =+25IC ; 14.9V " VI " 27V, 10 =2.OA ; 5mA " lo " 3.OA, Tj =+25IC		0.1	0.8	mA
Ripple Rejection	RR	f = 120Hz, 15V " VI " 25V, lo = 2.OA TJ =+25IC		67		dB
Dropout Voltage	VD	lo = 3A,Tj =+25IC		2.2	2.5	V
Output Noise Voltage	VN	TA =+25IC, 10Hz " f " 100kHz		10		cVNo
Peak Output Current	IPK	TA =+25IC		5.0		A
Output Resistance	Ro	f= 1.OkHz		2.0		ml
Short Circuit Current Limit	lsc	VI = 35V, Tj =+25IC		1.5	2.5	A
Average Temperature Coefficient of Output Voltage	qlVO/qiT	lo= 5.OmA		0.5		mV/IC

NominaIVoltage	Resistance (w)+1 0%		MustOperate	Must Release
(VDC)	Standard	>enSltlVe	Voltage Max (\D	Voltage Min (\D
5	36	47	3.6	0.5
6	50	69	4.3	0.6
9	1 55	160	6.5	0.9
12	200	275	8.6	1.2
18	460	620	13.0	1.8
24	820	1 1 00	17.3	2.4
48	3300	4400	34.6	4.8
60	5100	6880	43.2	6.0
1 10	16200		79.5	11.0

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