ARF664

Specifications

VRRM3300[V]IF(AV)sine wave 50 Hz Th=55°C935[A]IF(AV)sine wave 50 Hz Th=85°C800[A]IF(AV)sine wave 50 Hz Th=70°C1000[A]IFSMsine wave 10 ms Vr<10V18[A]VDClink1500[V]VFMTj max IF = 10 kA3.55[V]IF2500[A]VF(TO)Tj max1.8[V]rFTj max0.7[mW]QrrTj max2000[µC]IrrTj max1100[A]IFTj max2100[A](di/dt)Tj max1100[A/µs]Tj max125[°C]Rth(j-h)Double side RthDC = Rth 180° sin21[²C/kW]Rth(j-h)Double side RthDC = Rth 120° sin23.4[²C/kW]Weight520[g]F22.0/24.5[kN]OUTLINED0

Symbol	Characteristic	Conditions	Tj [°C]	Value	Unit
BLOCKING
V RRM	Repetitive peak reverse voltage		125	3300	V
V RSM	Non-repetitive peak reverse voltage		125	3400	V
I RRM	Repetitive peak reverse current	V=VRRM	125		MA
V DC LINK	Permanent DC voltage		125	1500	v
CONDUCTING
I F (AV)	Mean forward current	180° sin ,50 Hz, Th=55°C, double side cooled		1000	A
I F (AV)	Mean forward current	180° sin ,50 Hz, Tc=55°C, double side cooled		1025	A
I FSM	Surge forward current	Sine wave, 10 ms without reverse voltage up to 50% VRSM	125	18	KA
I² t	I² t			1620 x 1E3	A²s
V FM	Forward voltage	Forward current =1570 A	25	3.55	V
V F(TO)	Threshold voltage		125	1.80	V
r F	Forward slope resistance		125	0.70	mohm
SWITCHING
Q rr	Reverse recovery charge	I F = 1000 A di/dt= 250 A/µs VR = 100 V	125		µC
I rr	Peak reverse recovery current		125		A
t rr	Reverse recovery time	I F = 1100 A di/dt= 500 A/µs VR = V	125		µs
Q rr	Reverse recovery charge			2000	µC
I rr	Peak reverse recovery current			1000	A
s	Softness (s-factor), min
E OFF	Turn off energy dissipation				v
V FR	Peak forward recovery	di/dt = 500 A/µs	125		v
MOUNTING
R th(j-h)	Thermal impedance, DC	Junction to heatsink, double side cooled		21	°C/kW
R th(c-h)	Thermal impedance	Case to heatsink, double side cooled		6	°C/kW
T j	Operating junction temperature			00 / 125	°C
F	Mounting force			22.0/24.5	kN
	Mass			520	g