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Slkor SL40T65FL1

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Slkor SL40T65FL1

Td(off) : 245ns

Operating Temperature : -40℃~+175℃@(Tj)

Td(on) : 58ns

Collector-Emitter Breakdown Voltage (Vces) : 650V

Input Capacitance(Cies) : 2.818nF@25V

Gate-Emitter Threshold Voltage (Vge(th)@Ic) : 4.8V@580uA

Gate Charge(Qg) : 219nC@40A,15V

Reverse Recovery Time(trr) : 80ns

Switching Energy(Eoff) : 350uJ

Turn-On Energy (Eon) : 1.15mJ

Description : IGBT 650V 80A Through Hole TO-247

Mfr. Part # : SL40T65FL1

Model Number : SL40T65FL1

Package : TO-247

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Product Overview

Function: High-speed switching with low power loss.

Advantages: Features high input impedance, low VCE(sat), low Eoff, fast Trr, and a high maximum junction temperature.

Applications: Suitable for UPS, PFC, Welders, IH Cookers, and PV Inverters.

Brand

SLKOR

Model

SL40T65FL1

Package Type

TO-247

Parameter	Symbol	Tests conditions	Min	Typ	Max	Unit
Collector-Emmiter Voltage	BVCES	Ic=2mA,VGE=0V	650	-	-	V
Zero Gate Voltage Collector Current	ICES	VCE=650V,VGE=0V, Tc=25	-	-	40	A
Zero Gate Voltage Collector Current	ICES	VCE=650V,VGE=0V, Tc=175	-	-	1000	A
Gate-body leakage current, forward	IGESF	VCE=0V,VGE=20V	-	-	100	nA
Gate-body leakage current, reverse	IGESR	VCE=0V,VGE=-20V	-	-	-100	nA
Gate Threshold Voltage	VGE(th)	VCE=VGE,Ic=0.58mA	4.8	5.8	6.8	V
Collector-Emmiter saturation Voltage	VCESAT	VGE=15V lc=40A Tc=25	-	1.95	2.4	V
Collector-Emmiter saturation Voltage	VCESAT	VGE=15V lc=40A Tc=175	-	2.3	-	V
Input capacitance	Cies	VCE=25V, VGE=0V, f=1.0MHZ	-	2818	-	pF
Output capacitance	Coes	VCE=25V, VGE=0V, f=1.0MHZ	-	131	-	pF
Reverse transfer capacitance	Cres	VCE=25V, VGE=0V, f=1.0MHZ	-	209	-	pF
Turn-on delay time	td(on)	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=25	-	58	-	ns
Turn-On rise time	tr	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=25	-	54	-	ns
Turn-Off delay time	td(off)	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=25	-	245	-	ns
Turn-Off Fall time	tf	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=25	-	40	-	ns
Turn-on Loss	Eon	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=25	-	1.15	-	mJ
Turn-off Loss	Eoff	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=25	-	0.35	-	mJ
Total Loss	Ets	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=25	-	1.50	-	mJ
Turn-on delay time	td(on)	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=175	-	61	-	ns
Turn-On rise time	tr	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=175	-	60	-	ns
Turn-Off delay time	td(off)	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=175	-	260	-	ns
Turn-Off Fall time	tf	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=175	-	38	-	ns
Turn-on switching Loss	Eon	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=175	-	1.80	-	mJ
Turn-off switching Loss	Eoff	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=175	-	0.38	-	mJ
Total switching Loss	Ets	VCC=400V,Ic=40A, RG=7.9VGE=15V, Inductive Load Tc=175	-	2.18	-	mJ
Gate Charge	Qg	VCE=520V,lc=40A VGE=15V	-	219	-	nC
Gate to Emitter Charge	Qge	VCE=520V,lc=40A VGE=15V	-	26	-	nC
Gate to Collector Charge	Qgc	VCE=520V,lc=40A VGE=15V	-	115	-	nC
Drain-Source Diode Forward Voltage	VF	IF=40A(TJ=25)	-	1.3	1.9	V
Diode Reverse recovery time	trr	IF=40A dlF=/dt=1000A/us TJ=25	-	80	-	ns
Diode Reverse recovery charge	Qrr	IF=40A dlF=/dt=1000A/us TJ=25	-	1.0	-	uC
Diode Reverse recovery Current	Irr	IF=40A dlF=/dt=1000A/us TJ=25	-	25	-	A
Thermal Resistance,Junction to Case (IGBT)	Rth(j-c)	-	-	-	0.4	/W
Thermal Resistance,Junction to Case (Diode)	Rth(j-c)	-	-	-	1.2	/W
Thermal Resistance,Junction to Ambient	Rth(j-A)	-	-	-	40	/W

Absolute Ratings	Symbol	Value	Unit
Collector-Emmiter Voltage	Vce	650	V
Collector Current-continuous (T=25)	IC	80	A
Collector Current-continuous (T=100)	IC	40	A
Diode forward current (T=25)	IF	80	A
Diode forward current (Tc=100)	IF	40	A
Collector Current-pulse (note 1)	ICM	160	A
Gate-EMMiter Voltage	VGES	30	V
Power Dissipation (Tc=25)	PD	375	W
Power Dissipation (Tc=100)	PD	188	W
Operating Temperature Range	TJ	-40~+175
Storage Temperature Range	TSTG	-55~+150
Short Circuit Withstand Time	tsc	5	us
Maximum Lead Temperature for Soldering Purposes	TL	300

2409302302_Slkor-SL40T65FL1_C5375315.pdf

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