T62
*
*Other lead code options available
Outline
Features:
• Center fired
• High
di/dt
• High
frequency
• Sinusoidal
• Rectangular
•
Low
dynamic
•
Low
switching
di/namic
with
soft
operation
waveform
waveform
forward
losses at
gate
gate
control
operation
operation
voltage drop
high
to
20
KHz
to
20
frequency
KHz
Symbol
q,O
q,O,
q,O,
H
q,J
J,
L 7.75
N
Creep
Strike
(In
Fini'sh-Nickel
Approx.
1. Dimension
Inches
Min. Max.
1.610 1.650 40.89
.745
1.420 1.460
.500 .560 12.70
.135 .145
.072 .082 1.83
.030 .76
Distance-.34
Distanc8-,26
accordance
with
Plate.
Weight-2.3 oz.
"H"
Applications:
• Inverters
• Choppers
•
Crowbars
Ups
Induction
Motor
Control
for
Millimeters
Min.
.755 18.92
36.07
3.43
196.85
8.50
in. min. (8.64 mm),
in. min. (6.60 mm).
NEMA
standards.)
(66
g).
is clamped dimension.
Heating
Max.
41.91
19.18
37.08
14.22
3.68
2.08
215.90
Ordering
Example
Obtain
optimum
selecting
Information
device
Order
performance
Code.
proper
Westinghouse
Electric
Type
for
your
application
by
I GT =
T627
150 m a.
Corporation • Semiconductor
rated at
tq =
250A
20
p'sec
average
max.
and
with
flex
Division • Youngwood,
VORM = 1000V.
leads -
order
Pa.
15697
as:
303
Voltage
Blocking
Siale
Repetitive peak
Repetitive
Nonwrepetitive
Forward
Reverse
Current
Conducting
tTJ =
RMS
Ave.
One-half
I
Forward
Min,
Switching
peak
t:::;
5,0
msec, V
leakage
leakage
125'C)
forward
forward
cycle
't
for
fusing
A2
sec.
voltage
and
TJ = 25'C,
repelitive
(TJ =
25'C)
Max.
turn-off
TJ = 125'C,
A/lLsec,
reapplied
20V/l'sec,0
Typ,
turn-an-time,
VO=
100V@,
Min,
critical
TJ =
125'C,
Min,
di/dt
Gate
Maximum
(T
Gate
Gate
Non-triggering
Peak
Peak
Peak
Average
25'C)
=
J
current
voltage
and rated V
forward
reverse
gate
power.
gate
Parameters
State
Thermal
Min
..
Max.
Min., Max.
Min
Max,
CD
CD
CD
CD
CD
CD
CD
oper.
storage
..
Max,
Mounting
thermal
Junction
Case
to
sink.
Consult
recommended
Applies
for
Per JEOEC
With!recommended
Higher
dv/dt
Per JEDEC
For
operation
Maximums
forward
reverse
transient
current,
current.
Maximums
current,
current, A .. , .....
surge current@, A . ,
(for
drop
di/dt@,
time,
diR/dt = 12:5
linear
dv/
dt,
V/ILsec@0",.""",
A/I'sec o CD
to
trigger
to
trigger
gate voltage,
ORM
gate
gate
power,
and
junction
resistance,
to
case,
lubricated,
zero
RS-397,
ratings
standard
with
CD
blocking
voltage
peak
..
times>
V . , , , , , , . , ,
IT
IT = 100A
ILsec
current,
voltage,
Watts
reverse
, ,
...
, , , , , , , , . , , . , , , , V
mA
rnA
peak
A , , , , , . , . ,
8,3
-
at
ITM = 625A
A/lLsecCD@@
=150A,
dv/dt
=
to
0,8
VORM,I'
"",.
exponential
CD
""
at
Vo = 12V,
at
Vo = 12V,
TJ = 125'C,
' V , , , , ' , , , , , , , , , , ,
A
V
Watts
Mechanical
temp.,
temp
..
°C
Force,
Ib,CD
Oouble side cooled
DC/Watt
DC/Watt
mounting
or
negative
5,2,2,1,
gate
drive,
available,
RS-397,
antiparallel
ITJ
:0
voltage
• V
peak ,
ms)
CD
to
°C
gate
consult
5,2,2,6,
diode,
125'C)
,V
.........
vol
tage,
..
",.",
.
sec.'
V
'
ORM
mA
V
.
procedures,
bias,
factory.
consult
Symbol
V
.
VRRM
IORM
IRRM
Symbol
IT(rms)
IT(av)
I
TSM
12t.
VTM
di/dl
Symbol
tq
Ion
dv/dt
di/dt
Symbol
IGT
V
GT
VGOM
IGTM
V
GRM
PGM
PG(av)
Symbol
TJ
Tslg
factory,
700
800
100
200
300
400
500
ORM
100
200
300
400
200
300
400
25
!!l
'0
>
::i
>
Ii
e
0
Ql
Cl
S
'0
>
1:
'"
~
0
u.
E
::>
E
'x
'"
::E
500
7
6
5
4
3
2
10
.10
,08
,(001 ,(X)1
RSM
~<------------------25-----------------------+
~<-------------------25
T627
__
400
250
4500
84,000
1,85
300
10
to
50
3,5
300
800
150
3
0,15
4
5
16
3
-4010+125
-40to+150
1000
to
1400
,08
,02
600
500
600
700
600
700
800
Maximum
Forward
Voltage VS,
!
I
Forward
Current,
Transient Thermal Impedance vs.
!
I
,
, '
,
,
,
I
I;
II,
I
I
I
I
'I
III
I
TIme, t.
Seconds
ITM, Peak
II
II
"
II
,
Ii
I
iii
J
II
III
IIII
II
!l
jJ.l.
100
,
800
900
II
I:IT'J,;
-
' I
i I
i
I
,01
900
900
1000
Forward
12150lC
...
~
Amperes
I
,
Ii
!
ii
I
I
I
;,
I'!
I
,l/
I
,1
1100 1200
1000
1100
1000
1100 1200 1300
Current
627_..25
V
1-
1000
lime
I
,
i
I'
I
I
i
I
I
;
II
I
,V
;
bl
1200
)
1-1'
.....
..,..
i
:0<
Ii
10,000
100
304
10.0
SineWayo
4
3
_jAjPS
4000
Amps
1.0
:--201X1Amps
.4
.,
m .3
'5
11..
-'000 Amps
"-
m
.,
]
.10
=.\x,A~"
-,
'----400
06
04
03
-200
>
02
f:!'
.,
Ji
ENERGY
m
~
Ql
C.
E
«
I
E
Ql
~
u
Cl
c:
...
E
Ql
C.
0
.;<
..
Ql
11..
100
I I
.01
10
Pulse
Width
ptFi PULSE FOR
10K
SlnoWullc
6.
4K
3.
2.
lK
600
400
300
200
100
60
40
30
20
1--+--+-+-+-t-H-++t+-+--t-t-t-t-tVo
10
10
Pulse
Width
MAXIMUM
vs. PULSE
10K
SinnWUIIIl
OK
4K
3K
2K
lK
m
e!
600
C.
'"
400
E
«
300
I
200
E
~
100
::l
U
60
Cl
.S
40
§
30
C.
'"
20
0
.;<
.,
I--+-+++-I-H-+-H+-+--f-f-+-f-
11..
10
'"
10
Pulse
Width
MAXIMUM
vs. PULSE
I-
t-"
Amps
Amps
Amps
- Microseconds
- Microseconds
ALLOWABLE
WIDTH
(T C =
-
- Microseconds
ALLOWABLE
WIDTH
(TC = 90°C)
100
SINUSOIDAL
10,000
Hz
100
PEAK
65°C)
10,000
Hz
100
PEAK
.....
,.,
,.
'/
5000
Hz
ON-STATE
-
50<Xl
Hz
ON-STATE
2500
-
2500
.-
'/
Hz
Hz
i;'
T J =
Vo
VR:s'5OV
PULSES
1000
Te
VAS.50V
CURRENT
-
....
1000
T
Vo
VAS50V
CURRENT
C"
125QC
= 600V.
Hz
= 65"C
= 6ooV,
Hz
90~C
" 600v.
.".
lK
lK
lK
./
./
20IJ
20ll,
.........
f-3"400
20
II.
..
400
100
I'
25
25 ul
25
Trapezoidal
10.0
Square Walle
di/dt
'"
50A/usee
4
3
./
uf
2K
Hz
2K
Hz
Hz
ul
2K
4jAjPS
1.0
.6
2000
Amps
.4
.3
5l
:;
1000
Amps
.2
11..
"-
m
600
.10
.06
.04
.03
.02
.0
1
10
Pulse
400
200
100
Amps
Amps
Amps
Amps
1 1
Width
-
-
3 4
:;
-,
tfi
Ql
o
I
e;
Ql
EIIIERGY PER PULSE FOR
(di/dt
=
50A/usec)
SquuroWullo
6
di/dt = l00A/usne
lo.0~nlBfIIIIl!IJB
6000
Amps
5l
:;
11..
"-
m
:;
'"
o
..,
ill
.9
>-
Cl
iii
c:
w
Pulse
ENERGY
(dildt
10.0
Ql
m
:;
11..
"-
UI
:;
'"
0
..,
UI
UI
....J
>
i:'
Ql
c:
w
ENERGY
(di/dt
Width
PER PULSE FOR
=
100A/usec)
SqullroWullo
6
di/dt
'"
200A/uslle
400b
A~P'
2aal,
An~ps
1.0
1000
Amps
-
600
Amps
-
A~"
Amps
Amps 0
11
Width
~
3 4
1-406
.10
06
r-200
04
OJ
r-'oo
02
1-+-f++-+-H-H-l+-+-+-H-I-+-H-H+--JVo GOov.
.01
10
Pulse
PER PULSE FOR
=
200A/usec)
Wave
.."
".,
/
100
- Microseconds
- Microseconds
".,
100
- Microseconds
Current
"
i-'"
3 4
TRAPEZOIDAL
TRAPEZOIDAL
34
TRAPEZOIDAL
lK
lK
./
L
,/
T
J"
VO::: 600V.
VAS50V
PULSES
PULSES
T J 125QC
VR:S.50V
PULSES
Data
/
125°e
20ll,
3 4 6
/
20ll.
3 4
25
ul
10K
25
uf
10K
305
Trapezoidal
SquaraWilvo
6K
dl/dl = SOA/usce
10KmEE~mmI
4K
3K
t::±$I:a:t:m$$1=~:ttI=t=tltt:tl:mt
2KI-+
lK
'"
i':
600
Q)
C.
400
E
<t
300
I
200
E
1-+-++t-t-rt-tttt-'_O._OOt-°_"t'++-+-H-H-tt-+--I-H-t-+;·l00
Q)
to
100
::l
U
60
'"
.E
40
1ii
Q;
30
C.
0
20
I-+-+++-+-H-+++t--+-+-H--+-++l+t+--+
"'"
Q)
'"
10
0-
10
Pulse Width - Microseconds
MAXIMUM
VS.
fiK
10K~~S~q"~4~"!w~'~";:~~~lf~~~~~~~~~~~~~~~~~
4K
3K~ml=ait=$$~~ltt:tl:mt
2KI-+
lK
'"
i':
600
Q)
C.
400
E
<t
300
I
200
E
1-+-+++-~-+++tr,o_.o_orO_"t'++-+-H-+l+t-_t-+-H--++l00Hl
i':
:;
100
u
60.
'"
.§
40
:::
30
Q)
C.
20
0
I-+-+++-~-+++tr-l-~H--r++l-t++--t
III
"'"
Q)
10
0-
lD
Pulse Width - Microseconds
MAXIMUM
VS.
PULSE
d!/dl'"
PULSE
34
ALLOWABLE
WIDTH
IOOA/usee
34
ALLOWABLE
WIOTH
Wave
Current
(TC = 65°C)
2500Hz
5000
Hz
100
(di/dt " 50A/usec)
100
(di/dt"
3 4
PEAK
ON-STATE
5000
Hz
2500
3 4
PEAK
ON-STATE
100A/usec)
Hz
1000
lK
1000
lK
Data
......
Hz
400
TC=6S0C
Vo
::
600V,
VASSOV
3 4
CURRENT
400
HI.
T C ~ 65"C
v 0 =
600V.
VASSOV
34
CURRENT
HI:
2011,.25
Hz
2aD.
25
HI
ul
10K
ul
10K
Trapezoidal
SqunroWovo
6K
dildl::
10Km~l§IImII1I
SOA/usoe
Wave
(TC =
Current
90°C)
Data
4'
3'~ml=ait=$$~~~:mt
2.R
lK
III
e
BOO
8.
400
E
<{
300
I
200
E
.,
t::
100
::0
U
60
.E
'"
40
30
i
a
20
IV
"'"
.,
10
£L.
10
Pulse
MAXIMUM
vs. PULSE
6K
10K~nml§llmll1l
4.
3K
t:::t::a:ml=ait=$$~~~:mJ
2KI--\-
lK
'"
e
600
8.
400
E
<{
300
I
200
E
~
100
::l
U
CI
60
.E
40
E
30
8.
a
20
"'"
OJ
'"
10
£L.
10
Pulse
MAXIMUM
VS.
PULSE
Width
ALLOWABLE
WIDTH
SquofeWove
dUd!
::
tOOA/u5CC
Width
ALLOWABLE
WIDTH
3
3 4
10,000
4
100
- Microseconds
(di/dt " 50A/usec)
100
- Microseconds
(di/dt = 100A/usec)
PEAK
10,000
I'-.
5000
Hz
5000
Hz
PEAK
i'-.
2500
Hz
Hz
.,
3
ON-STATE
2500
Hz
Hz
4
3
ON-STATE
r-..
1000
Hz
lK
CURRENT
1000
Hz
lK
CURRENT
400
T c'" 9Q"C
Vo = GOOV.
VR!iSOV
3
400
Tco90ae
Vo
= /lOGV,
5OV
Vn5.
3
Hz
100Hz
lO/J.
25 u!
4
10K
100
Hz
Hz
20a.
25ul
.,
10K
306
lK
In
E
600
QJ
C.
400
E
-
<t
300
I
=
200
E
i':
100
:;
u
CI
60
.s
40
1ii
:;;
30
Co
0
20
""
QJ
'"
10
0-
10
Pulse Width
MAXIMUM
VS.
I-
~
~
PULSE
10,000
3 4
100
Microseconds
ALLOWABLE
WIDTH
(di/dt " 200A/usec)
5000
Hz
PEAK
2500
Ht
4
3
ON-STATE
SquoreWBVC
fiK
di/dl"
10K~EJI!l§IImII1I
'"
E
8.
E
1000
HI
P'
T C ~ 65°C
VO"
VASSOV
'"
400
600V,
3
HI
4
20/1.
100
25ul
HI
10K
HI
lK
CURRENT
<t
I
E
~
100
::l
U
'"
.E
E
OJ
Co
0
~
..
OJ
£L.
MAXIMUM
VS.
200A/usac
4,
3Kt:::t::a:~it=$$~~~m
2KI--\-
lK
600
400
300
200
60
40
30
20
10
10
Pulse
PULSE
3 4
Width
- Microseconds
ALLOWABLE
WIDTH
100
(di/dt
'
10,000
HI
PEAK
=
200A/usec)
2500
5000
HI
.r
3
ON-STATE
H:
:-..
1000
Hl
• T (
.
lK
CURRENT
400
90·C
VI
600V
V~E
3
HI
100
HI
2011
25ul
.,
10K
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