SEMIX101GD066HDS_07中文资料
SEMiX ?13s Trench IGBT Modules
SEMiX 101GD066HDs
Preliminary Data
Features
Typical Applications ! " # $
$ Remarks
% &'() "*
+ % , % - &(.)
#/
0 1 %, %
GD
Absolute Maximum Ratings '() 2 %
Symbol Conditions Values
Units
IGBT
- '() 4.. $ - &5() '() &6.7 8.)
&.(7$ #!$ #! '"$
'..7 /
9'.
:4. ; / <&( ; =4..
- &(.) 4
>
Inverse Diode
$? - &5() '() &(.7 8.)
&&.7$?#!$?#! '"$? '..7$? !
&. ; *
- '() (..7Module
$ #! 4..7 -16.***@&5() 16.***@&'(
)
7 2& *
6...
Characteristics
'() 2 %
Symbol Conditions min.
typ.
max.Units
IGBT
/ / 2$ &24 7(28
$ / . 2
- '() .26( 7 . - '() .2A & - &(.) .28(.2A / &(
- '() (2(A B - &(.)
82(&' B $ &..72 / &( - '() *
&26(&2A - &(.) *
&25'2&
42' ? '(2 / .
&! C
.2:A ? .2&8 ?D / / 18***@&( 8..
% &6. #/ 42'B :.. :( $ &..7: E % #/ 42'B - &(.)
66. (( 6
E # -1
$/F .26&GHI
SEMiX ?13s Trench IGBT Modules
SEMiX 101GD066HDs
Preliminary Data
Features
Typical Applications ! " # $
$ Remarks
% &'() "*
+ % , % - &(.)
#/
0 1 %, %
GD
Characteristics
Symbol Conditions min.typ.
max.
Units
Inverse Diode
? $? &..7; / .
- '() *&26&24 - &(.) *&26&24 ?. - '() &&2& - &(.) .28(.2A( ?
- '() 6( B - &(.)
(2(42(
B $##!$? &..7 - &(.)
&:.7D % H% :'..7H> &8> / 18 ; :.. 62(
E
# -1 J
% %
.2(&GHI Module
K '.
# L@ L *2 1 '() .25 B &'()
& B # 1 % .2.6
GHI ! 0 !( :(M ! !4
'2(
(M
:(.
Temperature sensor
#&.. &..) #'( (0B
.26A:9(N 0B F &..H&'(
# #&.. " OF &..H&'( &H 1&H &.. P; OGP;F
:((.9'N
G
This is an electrostatic discharge sensitive device (ESDS),international standard IEC 60747-1,Chapter IX.
This technical information specifies semiconductor devices but promises no
characteristics.No warranty or guarantee expressed or implied is made regarding delivery,performance or suitability.
Fig.1Typ.output characteristic,inclusive R CC'+EE'Fig.2Rated current vs.temperature I C =f (T C )
Fig.3Typ.turn-on /-off energy =f (I C )Fig.4Typ.turn-on /-off energy =f (R G )
Fig.5Typ.transfer characteristic Fig.6Typ.gate charge characteristic
Fig.7Typ.switching times vs.I C Fig.8Typ.switching times vs.gate resistor R G
Fig.9Typ.transient thermal impedance
Fig.10Typ.CAL diode forward charact.,incl.R CC'+EE'
Fig.11Typ.CAL diode peak reverse recovery current Fig.12Typ.CAL diode recovery charge
! Q&:
+ /J