Modul IGBT,YMIF1500-33 | I1-03,IGBT Suis Tunggal,48mm,CRRC

参数

符号

条件

最小值

特征值

maksimal nilai

单 位

极-lancaran极短路时的 集电极-penerbitan elektrik

V (BR )CES

V GE =0V, Saya C =10 mA ,T vj = 25°C

3300

V

kolektor－Emitor voltan tepu

V CEsat

Saya C =1500A,V GE =15V

T vj = 25°C

24

2.9

V

T vj = 125°C

2.95

3.4

V

T vj =150°C

3.1

3.6

集电极截止电流

Saya CES

V CE =3300V,V GE =0V

T vj = 25°C

1

mA

T vj = 125°C

90

mA

T vj =150°C

150

极漏电流

Saya GES

V CE =0V, V GE = ± 20V, T vj = 125°C

1

uA

极-penerbangan极 nilai tekanan elektrik

V GE (th )

Saya C = 240 mA ,V CE = V GE ,T vj = 25°C

5.5

7

V

极电荷

Q G

Saya C =1500A,V CE =1800V, V GE =-15V..15V

25

μC

kapasiti input

C ies

V CE =25V,V GE =0V,f=1MHz, T vj = 25°C

260

nF

kapasiti penghantaran bertentangan

C res

6

开通延迟

t d (dalam)

V CC =1800V,I C =1500A,

V GE =±15V,Cge=330nF,

R G （pada ）=1.0 ω r G （dimatikan ）=1.5 ω ,

L σ = 150nH,

感性负载

T vj = 25°C

750

n

T vj = 125°C

730

T vj =150°C

730

上升时间

t r

T vj = 25°C

340

T vj = 125°C

360

T vj =150°C

360

关断延迟

t d (((off)

V CC =1800V,I C =1500A,

V GE =±15V,Cge=330nF,

R G （pada ）=1.0 ω r G （dimatikan ）=1.5 ω ,

L σ = 150nH,

感性负载

T vj = 25°C

2100

n

T vj = 125°C

2250

T vj =150°C

2290

下降时间

t f

T vj = 25°C

540

T vj = 125°C

570

T vj =150°C

580

开通能量

E pada

V CC =1800V,I C =1500A,

V GE =±15V,Cge=330nF,

R G （pada ）=1.0 ω r G （dimatikan ）=1.5 ω ,

L σ = 150nH,

感性负载

T vj = 25°C

1450

mJ

T vj = 125°C

1900

T vj =150°C

2100

关断能量

E dimatikan

V CC =1800V,I C =1500A,

V GE =±15V,Cge=330nF,

R G （pada ）=1.0 ω r G （dimatikan ）=1.5 ω ,

L σ = 150nH,

感性负载

T vj = 25°C

2400

mJ

T vj = 125°C

2950

T vj =150°C

3200

参数

符号

条件

最小值

特征值

maksimal nilai

unit

voltan purata ke hadapan diod

V F

Saya F =1500A

T vj = 25°C

2.15

2.6

V

T vj = 125°C

2.25

2.7

T vj =150°C

2.25

2.7

arus pemulihan terbalik

Saya rr

V CC =1800V,

Saya C =1500A,

d iF /dt=4800A/

kami

T vj = 25°C

1250

A

T vj = 125°C

1420

A

T vj =150°C

1150

cas pemulihan terbalik

Q rr

T vj = 25°C

880

μC

T vj = 125°C

1800

μC

T vj =150°C

1980

tenaga pemulihan terbalik

E rEC

T vj = 25°C

1550

mJ

T vj = 125°C

2450

T vj =150°C

2720