IXYS VBO68-16NO7, VBO68-14NO7, VBO68-08NO7, VBO68-12NO7 Datasheet

VBO 68

Single Phase Rectifier Bridge

Preliminary data

VRSM	VRRM	Types
V	V
900	800	VBO 68-08NO7
1300	1200	VBO 68-12NO7
1500	1400	VBO 68-14NO7
1700	1600	VBO 68-16NO7

D

A

N

K

Symbol	Test Conditions					Maximum Ratings
IdAV	TC = 90°C, module					68	A
IFSM	TVJ = 45°C;			t = 10 ms	(50 Hz), sine	530	A
	VR = 0			t = 8.3 ms (60 Hz), sine		570	A
	TVJ = TVJM			t = 10 ms	(50 Hz), sine	480	A
	VR = 0			t = 8.3 ms (60 Hz), sine		520	A
I2t	T	= 45°C		t = 10 ms	(50 Hz), sine	1400	A2s
	VJ
	VR = 0			t = 8.3 ms (60 Hz), sine		1360	A2s
	T	= T	VJM	t = 10 ms	(50 Hz), sine	1150	A2s
	VJ
	VR = 0			t = 8.3 ms (60 Hz), sine		1140	A2s
TVJ						-40...+150 °C
TVJM						150	°C
Tstg						-40...+125 °C
VISOL	50/60 Hz, RMS			t = 1 min		2500	V~
	IISOL £ 1 mA			t = 1 s		3000	V~
Md	Mounting torque			(M4)		1.5 - 2	Nm
						14 - 18	lb.in.
Weight	typ.					18	g

Symbol	Test Conditions			Characteristic Values
IR	VR	= VRRM;	TVJ = 25°C	£	0.5	mA
	VR	= VRRM;	TVJ = TVJM	£	3	mA
VF	IF	= 80 A;	TVJ = 25°C	£	1.5	V
VT0	For power-loss calculations only				0.8	V
rT					7.5	mW
RthJC	per diode; DC current				1.2	K/W
	per module				0.3	K/W
RthJH	per diode, DC current				1.5	K/W
	per module				0.38	K/W
dS	Creeping distance on surface				11.2	mm
dA	Creepage distance in air				9.7	mm
a	Max. allowable acceleration				50	m/s2

Data according to IEC 60747 refer to a single diode unless otherwise statedfor resistive load at bridge output.

IXYS reserves the right to change limits, test conditions and dimensions.

© 2000 IXYS All rights reserved

IdAV = 68 A

VRRM = 800-1600 V

Features

•Package with DCB ceramic base plate

•Isolation voltage 3000 V~

•Planar passivated chips

•Low forward voltage drop

•Leads suitable for PC board soldering

Applications

•Supplies for DC power equipment

•Input rectifiers for PWM inverter

•Battery DC power supplies

•Field supply for DC motors

Advantages

•Easy to mount with two screws

•Space and weight savings

•Improved temperature and power cycling capability

•Small and light weight

Dimensions in mm (1 mm = 0.0394")

002

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