INFINEON IGW30N100T

IGW30N100T
TrenchStop® series
Low Loss IGBT: IGBT in TrenchStop® and Fieldstop technology
C
• TrenchStop® and Fieldstop technology for 1000 V applications
offers:
- low VCEsat
- very tight parameter distribution
- high ruggedness, temperature stable behavior
- positive temperature coefficient in VCEsat
• Designed for:
- frequency Converters
- uninterrupted Power Supply
• Low EMI
• Low gate charge
• Qualified according to JEDEC for target applications
• Pb-free lead plating; RoHS compliant
• Complete product spectrum and PSpice Models:
http://www.infineon.com/igbt/
()
*+
+
,
+
+-
Maximum ratings
Parameter
(
Symbol
011 '20! 3#22 ! 012 %
4
G
E
!"#$%
& '" %
+
&( . /-
Value
Unit
+
'011 '20! '5!! $2 1#3#2 6 7
8
,
+
&519 6 '011 '20! '5!! $2 2: 1#3#2 6 7
5!$ 0== 9 = 0
! 2#$% !
+
( 2 3#22 ! 012 %
! $9# $2 ( 2 3#22 ! 012 % >2:
&0D ! 6#99#
.
?9 4 @
,
+ A
C
C
&E
/+
)
G+-
I
8 #$ A =!03 ' 9 =0! + 9
G+8
05$2#$% 20!J5
9'! D
K#353 0= 305$2#$% !0' 99 9L
Thermal Resistance
Parameter
Characteristic
B
! 25!
! 25!
H016 !#$% 2 3 ! 25!
D
9016 !#$% + 8 33 >
,
+-
2#0$
! 2#$% F5$'2#0$ 2 3
H20! % 2 3
:;<
8
Symbol Conditions
(M 2N !3 1 ! 9#92 $'
F5$'2#0$ ' 9
OP QR
N !3 1 ! 9#92 $'
F5$'2#0$ 37# $2
OP R
*3
Max. Value
8
/
1
Unit
ST)
ST)
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
U1 '2!#' 1
N ! '2 !#92#'
2
Parameter
5$1 99 02N !D#9 9
'#=# 6
Value
Unit
min. typ. max.
Symbol Conditions
Static Characteristic
011 '20! 3#22 ! 7!
"60D$ 012 %
PVWR
X
B
B
011 '20! 3#22 ! 9 25! 2#0$ 012 %
( 2
3,
+
,
+
++
+
+-
3#22 ! 2N! 9N016 012 %
B P OR
3,
B
+
Y !0 % 2
+
012 % '011 '20! '5!! $2
+
+
8/
B
?,
X
+-
( 2
3#22 ! 1
" % '5!! $2
B
8
%Z
! $9'0$65'2 $'
N ! '2 !#92#'
,
2
Parameter
$0$
5$1 99 02N !D#9 9
Value
Unit
min. typ. max.
Symbol Conditions
'#2 $'
.52 52 '
\]
'#2 $'
!9 2! $9= ! '
bB
$2 !$ 1 3#22 ! #$65'2 $'
3 95! 6 33 > + - #$ A =!03
' 9
c
N ! '2 !#92#' $65'2#
Parameter
B
=
+ _`
^]
( 2 'N !%
HD#2'N#$%
-
E]
'#2 $'
c0 6
,
B
+
5!$ 0== 6 1
2#3
a 11 2#3
$
+
$_
Value
Unit
min. typ. max.
2dPEeR
2^
#9 2#3
+-
2
Symbol Conditions
2#3
a
-8
IGBT Characteristic
5!$ 0$ 6 1
2dPEZZR
2Z
5!$ 0$ $ !%
UEe
5!$ 0== $ !%
UEZZ
02 1 9D#2'N#$% $ !%
U
[
'#=# 6
Dynamic Characteristic
$ 52 '
$,
H
!B
$2 %! 2 6 % 2 ! 9#920!
U1 '2!#' 1
B X
$9
8
B
,
T+
+8 [ cg + $_
g
a
cg g =!03 a#% U
U$ !% 1099 9 #$'156 h2 #1i $6
6#06 !
!9 ! '0 ! 59#$% 2N
S) *+
650 "
+
!B
$9
$9
/
$9
3f
+8
3f
3f
2
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
HD#2'N#$%
N ! '2 !#92#' $65'2#
Parameter
c0 6
2
+-
Value
Unit
min. typ. max.
Symbol Conditions
IGBT Characteristic
5!$ 0$ 6 1
2#3
2^
#9 2#3
5!$ 0== 6 1
2dPEeR
2#3
a 11 2#3
2dPEZZR
2Z
5!$ 0$ $ !%
UEe
5!$ 0== $ !%
UEZZ
02 1 9D#2'N#$% $ !%
U
+8
$9
,
B
T+
!B +8 [ cg + $_
g
a
cg g =!03 a#% U
U$ !% 1099 9 #$'156 h2 #1i $6
6#06 !
!9 ! '0 ! 59#$% 2N
S) *+
650 "
3
$9
8+
$9
8
$9
3f
/
3f
8
3f
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
100
k
++
++
50
10
2: +?9
.
.
U* m,n
75
k
U* m,n
100
.ccU
.ccU
+ ?9
25
?9
1
+
?9
?9
+ 39
4
0
10
a#%5! +
100
1000
= H)
1E+4
1E+5
_ *( a UbkU* l m_`n
011 '20! '5!! $2 9
=! J5 $'
4
> j+B +8[A
0.1
1E+6
=5$'2#0$ 0= 9D#2'N#$%
8
B
a#%5!
U
100
1000
U
.c ,(U m n
a0!D !6 7# 9 9 = 0 ! 2#$% !
j+o B +
>4
A
60
U* m,n
50
250
k
40
200
.
350
300
.ccU
& E &.)U 4 HH &, .* m)n
.
70
400
150
100
30
20
10
50
a#%5!
10
.ccU
+ T
450
0
1
25
50
75
100
125
,HU U &U , k U m
&0D ! 6#99#
2 3 ! 25!
A
> j+-
2#0$ 9
150
n
0
175
=5$'2#0$ 0= ' 9
25
a#%5! /
4
50
75
100
125
,HU U &U , k U m
150
n
175
011 '20! '5!! $2 9 =5$'2#0$ 0= ' 9
2 3 ! 25!
j+A
> B p+
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
B
50
U* m,n
-
30
50
30
10
10
0
1
>
.ccU
2
.
3
U
U
4
5
.c ,(U m n
0
6
#' 1 052 52 'N ! '2 !#92#'
A
>
U H, k , .* m n
+-
70
.ccU
2
.
3
U
U
4
5
.c ,(U m n
6
#' 1 052 52 'N ! '2 !#92#'
+A
U
20
10
0
2
B
a#%5! >
4
(, U U
6
U
8
10
.c ,(U m n
2.5
2.0
1.5
.ccU
30
+ ,
,
8 ,
3.0
1.0
P R
.
k
.
60
0
1
3.5
80
40
0
a#%5! 8
90
50
-
40
20
a#%5!
U* m,n
++
20
0
.ccU
70
60
.ccU
40
+
k
++
+
80
.
70
k
+
60
.ccU
90
+
80
.
U* m,n
90
B
0.5
0.0
-50 -25
12
#' 1 2! $9= ! 'N ! '2 !#92#'
A
a#%5!
5
0
fk*
25
50
75 100 125 150 175
.* U &U , k U m
n
#' 1 '011 '20! 3#22 ! 9 25! 2#0$ 012 %
9 =5$'2#0$ 0= F5$'2#0$ 2 3 ! 25!
> B + A
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
1000
1000
10
0
a#%5!
10
UH m$9n
20
.ccU
30
.
k
40
50
100
10
10.0
60
U* m,n
#' 1 9D#2'N#$% 2#3 9 9 =5$'2#0$ 0=
'011 '20! '5!! $2
+8
>#$65'2# 10 6
B + T
B +8[ 4 $ 3#' 2 92 '#!'5#2 #$
a#%5! UA
2dPEZZR
2Z
2dPEeR
2^
UH m$9n
a#%5! +
_ UH_.c4 .c ,(U m n
1000
U
100
B P OR (, U U
2 H)
_ *(
2dPEZZR
2Z
2dPEeR
2^
2 H)
_ *(
100
2 H)
_ *(
UH m$9n
2dPEZZR
2Z
2dPEeR
2^
10
25
a#%5! ++
50
fk*
75
100
125
150
.* U &U , k U m
n
20.0
#' 1 9D#2'N#$% 2#3 9 9 =5$'2#0$ 0=
F5$'2#0$ 2 3 ! 25!
8
B + T
>#$65'2# 10 6
, B +8[ 4 $ 3#' 2 92 '#!'5#2 #$
a#%5! UA
50.0
60.0
70.0
7.0
6.5
6.0
5.5
5.0
4.5
4.0
2
3#$
3 K
3.5
a#%5! +
6
40.0
#' 1 9D#2'N#$% 2#3 9 9 =5$'2#0$ 0=
% 2 ! 9#920!
+8
>#$65'2# 10 6
B + T
, 4 $ 3#' 2 92 '#!'5#2 #$
a#%5! UA
3.0
-50 -25
175
30.0
B (, U UH H . m[n
0
fk*
25
50
75 100 125 150 175
.* U &U , k U m
n
( 2
3#22 ! 2N! 9N016 012 % 9
=5$'2#0$ 0= F5$'2#0$ 2 3 ! 25!
-3,A
>
Rev 2.4 2009-12-02
IGW30N100T
8.0
7.0
7.0
6.0
_ *( U*U (l c.HHUH m3fn
8.0
UEZZ
UEeq
5.0
4.0
3.0
2.0
U H)
U H)
_ *( U*U (l c.HHUH m3fn
TrenchStop® series
1.0
0.0
0.0
a#%5! +
10.0
20.0
.ccU
30.0
.
k
40.0
50.0
#' 1 9D#2'N#$% $ !% 1099 9 9
=5$'2#0$ 0= '011 '20! '5!! $2
+8
>#$65'2# 10 6
B + T
B +8[ 4 $ 3#' 2 92 '#!'5#2
#$ a#%5! UA
_ *( U*U (l c.HHUH m3fn
3.0
2.5
UEZZ
UEeq
2.0
1.5
1.0
U H)
_ *( U*U (l c.HHUH m3fn
U H)
3.0
2.0
1.0
20.0
30.0
40.0
50.0
B (, U UH H . m[n
60.0
70.0
#' 1 9D#2'N#$% $ !% 1099 9 9
=5$'2#0$ 0= % 2 ! 9#920!
+8
>#$65'2# 10 6
B + T
, 4 $ 3#' 2 92 '#!'5#2 #$
a#%5! UA
6.0
3.5
0.5
0.0
4.0
a#%5! +/
4.0
UEZZ
UEeq
5.0
0.0
10.0
60.0
U* m,n
6.0
25
a#%5! +
50
fk*
75
100
125
150
.* U &U , k U m
n
5.0
UEZZ
UEeq
4.0
3.0
2.0
1.0
0.0
300
175
#' 1 9D#2'N#$% $ !% 1099 9 9
=5$'2#0$ 0= F5$'2#0$ 2 3 ! 25!
8
B + T
>#$65'2# 10 6
, B +8[ 4 $ 3#' 2 92 '#!'5#2 #$
a#%5! UA
a#%5! +8
7
400
.ccU
500
.
U
600
U
700
800
.c ,(U m n
#' 1 9D#2'N#$% $ !% 1099 9 9
=5$'2#0$ 0= '011 '20! 3#22 ! 012 %
+B + T
>#$65'2# 10 6
, B +8[ 4 $ 3#' 2 92 '#!'5#2 #$
a#%5! UA
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
20
1E+4
\
E
^
.c ,(U m n
16
U
10
(, U U
8
B
18
4
,* U m an
14
,&,
12
1000
100
6
2
0
0
50
a#%5! +>
100
150
200
bB (, U _, (U m$ n
250
10
300
#' 1 % 2 'N !%
,A
0
a#%5! +
10
.ccU
20
.
U
30
#' 1 '
'#2 $' 9
'011 '20! 3#22 ! 012 %
= + _`A
> B
U
40
.c ,(U m n
50
=5$'2#0$ 0=
4
+
0.1
_U
,c UH H ,* U mST)n
1
+
9#$%1
Y Or
,*H U*
519
0.01
1E-6
a#%5! +
#L
+
!\mST)nL
8
\m9nL
U
1E-5
1E-4
0.001
/
8 U/ 8 U
0.01
2: &kcHU ) 4 _ m9n
0.1
+
8
-
1
(M 2! $9# $2 2N !3 1 ! 9#92 $'
>4 2:T A
8
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
9
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
10
Rev 2.4 2009-12-02
IGW30N100T
TrenchStop® series
Published by
Infineon Technologies AG
81726 Munich, Germany
81726 München, Germany
© 2008 Infineon Technologies AG
All Rights Reserved.
Legal Disclaimer
The information given in this document shall in no event be regarded as a guarantee of conditions or characteristics.
With respect to any examples or hints given herein, any typical values stated herein and/or any information regarding
the application of the device, Infineon Technologies hereby disclaims any and all warranties and liabilities of any kind,
including without limitation, warranties of non-infringement of intellectual property rights of any third party.
Information
For further information on technology, delivery terms and conditions and prices, please contact the nearest Infineon
Technologies Office (www.infineon.com).
Warnings
Due to technical requirements, components may contain dangerous substances. For information on the types in
question, please contact the nearest Infineon Technologies Office. Infineon Technologies components may be used in
life-support devices or systems only with the express written approval of Infineon Technologies, if a failure of such
components can reasonably be expected to cause the failure of that life-support device or system or to affect the safety
or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human
body or to support and/or maintain and sustain and/or protect human life. If they fail, it is reasonable to assume that the
health of the user or other persons may be endangered.
11
Rev 2.4 2009-12-02