Symbol
Other lead code
options available
cpO
cpO,
cpO,
H
cpJ
J,
L
N
Creep
Strike
(In
Finish--Nickel
Approx.
1,
Inches
Min.
2.250
1.333
2.030
1.020
7.75
Distance-1.00
Distance-.69
accordance
Weight-8
Dimension
Max.
2.290
1.343
2.090
1.060
.135
.145
.075
.090
8.50
.040
in.
min.
in.
min.
with
NEMA
Plate.
oz.
(227
"H"
is
a clamped dimension.
Millimeters
Min.
57.15
33.86
51.56
25.91
196.85
(25.40
(17.53
mm).
standards.)
g).
3.43
1.91
1.02
mm).
Max.
58.17
34.11
53.09
26.92
3.68
2.29
215.90
Features:
•
Center
fired
di/dt
with
frequency
waveform
dynamic
switching
Guarantee
di/namic
soft
operation
waveform
forward
losses at
•
High
•
High
•
Sinusoidal
•
Rectangular
•
Low
•
Low
•
Lifetime
Ordering Information
Example
Obtain
selecting
optimum
proper
device
Order
gate
gate
control
operation
operation
voltage
high
performance
Code.
to
20KHz
to
20KHz
drop
frequency
for
your
Applications:
•
Inverters
UPS
Induction
AC
•
Cycloconverters
•
Choppers
•
Crowbars
application
motor
by
heating
drives
Type
IGT =
T727
150
rated
at
rna, tq =
350
30
A average
Jlsec
max.
and
with
V
standard
DRM
::.c
900V.
control
leads-order
as:
*Ior
consult
15
and
20
/lsec
factory
V F data,
Westinghouse Electric
Corporation.
Semiconductor Division
..
Youngwood, Pa.
15697
307
Voltage
Blocking
State
Maximums
Repetitive peak
Repetitive
Non·repetitlve
t<
Forw;':d
Reverse
Current
Conducting
(TJ
=
RMS
forward
Ave.
forward
One-half cycle surge
2
1
t
for
A2
sec. -
Forward voltage drop
andTJ=25'C.V
Min.
repetitive
Switching
IT
=
J
Max.
TJ = 125'C,
A/p.sec. reapplied
20V/J.lsec linear to
Typ. turn-on-time,
Vo
Min.
TJ =
Min.
Gate
Maximum
ITJ=25'C)
Gate current to
Gate voltage to
Non·triggering
and rated V
Peak
Peak
Peak
Average
Thermal
Min.,
Min.,
Max.
Max.
Case to
o Consult
o Applies
CD
Per JEOEC RS-397, 5.2.2.1.
CD
With,recommended
CD
Higher
CD
Per JEOEC standard RS-397,
o For operation
forward
peak
reverse
transient
5.0 msec, V
leakage current,
leakage
current.
State
125°C)
fusing
turn-off
=
critical
di/dt
forward
reverse
gale
Maximums
current, A
current, A ........
Ifor
at
......
di/dt
25°C)
time.
diR/dt = 25
300V
0,
dv/dt.
125'C,
non·repetitive,
A/J.lsec
Parameters
trigger
trigger
gate voltage.
ORM
gate
gate
power.
gate
power.
times>
V/p.sec0CD
and
Max.
oper.
Max.
mounting
Thermal
junction
storage
torque.
rRsistance
Junction
sink.
lubricated.
recommended
for
zero or
dv/dt
I TM =
p.sec
Watts
ratings
(i)
ITJ
:7
blocking
voltage
peak
...................
reverse
mA
peak
rnA
peak
........
current0. A ..
8.3 ms}
625
A
.
A/p.sec
IT = 400A
dv/dt
=
0.8
VORM,I'
IT = l000A
.
exponential to V
...........
CI,\
CD
CD'
at
Vo
=
at
Vo = 12V.
TJ = 125'C,
' V
........
current,
A
voltage,
V
Watts
Mechanical
temp
..
QC
in
lb.
CD
1::
Double
case,
QC/Watt
QC/Walt
mounting
negative
gate drive.
available,
anti
parallel diode,
..
temp
to
with
125°CI
voltage
• V
.........
.........
.
.
12V,
.
t.lC
.
gate
consult
5.2.2.6.
,V
voltage.
(i)CDCD
CD CD
sec
...
'
ORM
mA
V
...
side
cooled
...
procedures.
bias.
consult
.
.
.
Symbol
IT(rms)
IT(av)
ITSM
2
1
V
di/dt
Symbol
tq
.
di/dt
Symbol
IGT
V
VGOM
I
V
PGM
PGlav}
Symbol
TJ
Tstg
RSJC
A SCS
factory.
Symbol
V
VRRM
V
IORM
IRRM
t
TM
ton
dv/dt
GT
GTM
GRM
factory.
ORM
RSM
100
100
200
•
4
T727--36
205,000
15t060
3.0
300
800
150
3
0.15
4
5
16
3
-40
to
-40
to -1-150
2000
to
.06
.02
200
200
300
7000
·(·125
2400
660
350
1.65
300
300
300
400
500
400
400
500
500
600
Maximum
7
l!!
"i5
>
6
::i
f-
>
ci
5
0
0
Ql
4
01
~
'0
>
3
1::
'"
~
2
0
u.
E
::0
E
'x
'"
:2
10
Forward
oj
UI
U
'"
0
f0-
e:
0
.04
·u
e:
::0
"')
Ql
U
e:
'0
'"
Ql
E~·02
=~
§P-
Ql
•
.c:
'"
t-
E:.
Uct>
ON
lime. t.
600
600
700
30
30
Current,
Transient
Seconds
700
700
800
Forward
W
I~
100
Thermal
900
800
800
900
Voltage
11
J
~
1Id~Jb"
1000 1100
900
1000 1100
1000 1100
Orop
VS
III
T727_
.35
1200
Forward
V
/V
ITM, Peak
1,000
Amperes
Impedance
VS.
Time
1200
120011400
1300
Current
10,000
'1400
1500
~
•
100,000
308
10.0
SmeWnve
l--'jAT"
~4000Ampli
I I
1.0
I--
2000
Amps
Q)
:;
'"
t--'
Il.
"-
'"
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o
..,
'"
.3
>-
E!'
Q)
Jj .0
ENERGY
OJ
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i;
CJ.
E
<t
I
E
e
:;
u
en
ro
"
i;
CJ.
0
""'-
Q)
'"
a..
MAXIMUM
vs. PULSE
OJ
'"
i;
CJ.
E
<t
I
E
e
:;
u
en
!:
ro
i;
CJ.
0
.4<
OJ
'"
a..
MAXIMUM
vs.
0,00 Amps
I I
,10
t:::::::=aOOAmps
0'
_400Amps
04
OJ
-200Amps
02
100
Amp&1-"
10K
6K
4K
OK
2K
1
10
Pulse
Width
PER
SmoWOlI(l
- Microseconds
PULSE
100
FOR
SINUSOIDAL
lK
600
400
300
200
10,000
Hz
100
60
40
30
20
I---I-+++-j-j-JH-H+-+--+--+-+-H
10
10
Pulse
fiK
10K_,,_
3K
2K
Width
ALLOWABLE
WIDTH
SmeWllvo
- Microseconds
(TC =
:"':::lo'"
laO
PEAK
65°C)
1 K
600
400
JOO
200
r--
~
10.000
HI
100
fiO
40
30
20
I--+-+++--j--j+-H-HH--+-l-l--l--I-
10
10
Pulse
PULSE
Width
-
Microseconds
ALLOWABLE
WIDTH
100
PEAK
(TC = 90°C)
...........
-
i-""
-
~
ON-STATE
5000
HI
ON-STATE
2500
1/
PULSES
CURRENT
HI-P
V
T
J'
125°C
Va
- 6()OV. 2011, 25 u!
VR$.50V
lK
T C
65"C
V
DO
600V.
200.25
VR~50V
lK
1000
HI
T C
90"(
V 0
600V
20
VR~hOV
lK
CURRENT
1/
2K
Trapezoidal
10.0
SqullreWi!IIC
,
dl/dt::
SOA/usee
4
3
2
4000
Amps
I I
1.0
2000
Amps
,
4
1000
Amps
3
i';i
:;
2
a..
600
Am
"-
'"
3 .10
o
...,
'"
o
'"
...J
>-
en
i;
tD
.0
ENERGY
Ii
406
A~"
,
200
Amps
4
3
lQOAmps
2
I I
1
10
Pulse
34
Width
PER PULSE FOR
Wave
~
1.,.00'
10-
lOa
- Microseconds
Current
J;'
V
J 4
TRAPEZOIDAL
/
7'
~
I
....
lK
PULSES
Data
T
J'
125°C
Va ~ 600V. 2ll11,
VR~50V
J 4
'2
5"'
10K
(di/dt = 50A/usec)
SquilreWillie
6
diJdt ~ l00IVus(l!:'
10.0._
11
1.0
i';i
:;
a..
"-
Q)
'"
:;
.10
0
...,
06
I
04
'"
03
0
'"
...J
02
>-
ul
2K
g>
Q)
C
.01
w
10
Pulse W,dth - Microseconds
ENERGY
3
PER PULSE FOR
4
lOa
TRAPEZOIDAL
(di/dt = 100A/usec)
10.0
SqullreWnvll
6
dl/dl
200A/usec
4000
Amps
200f+
100
H]ItI
400
HI
(}
25
uf
2K
10
1000
Amps
i';i
600
:;
a..
-;;,
OJ
:;
.5i
II)
0
'"
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>-
en
i;
c
w
ENERGY
Amp5
A
PS
4i
i
.10
200
Amps
06
04
100
Amps
03
02
I-+-+++-+-H+I-I+-+-+-H-l+++-I++--+ v D -
I I
01
10
Pulse
.,
3
Width
100
Microseconds
PER PULSE FOR
J ,
TRAPEZOIDAL
(di/dt = 200A/usec)
lK
PULSES
v
lK
PULSES
T J 0
125"C
Va'
600V
S0V
VR5
T
J'
125"(
600V
VR~50V
J
} 4
'lOll
'2
SuI
"
10K
200,
25
uf
10K
309
Trapezoidal
SquareWollo
61(
dl/dt = 50A/usee
10K~~""
4<
3Kt=±:$!nm~~-~~a=J:am
2KH
Wave
(TC = 65°C)
.....
Current
Data
Trapezoidal
6K
10K~fIIIlmma
4<
3Kt:=:t:$$~ar:~~~:tm
2K
I--t-
lK
'"
~
600
c.
"
400
E
«
300
I
200
E
~
100
:;
u
60
Cl
S
40
ro
30
;;;
C.
20
0
-"-
t--t-t-t+-+-H-H-#-+-+-H-t-t-H+l+--I
rn
<II
10
Il.
10
Pulse
Width
MAXIMUM
vs.
PULSE
SquareWavc
6K
dl/dl
10KmimmmE
4<
3K~_MalmrHg
"!=H
lK
<II
'"
600
;;;
C.
400
E
«
300
I
200
E
~
100
:;
u
60
Cl
S
40
ro
30
;;;
C.
W T C
0
t--t--+-t--i--i-H-H-+t-+--i-H-IH+I+H---J.
-"-
rn
10
Il.
"
10
Pulse
MAXIMUM
vs.
PULSE
- Microseconds
ALLOWABLE
WIDTH
l00A/usec
3 4
Width
ALLOWABLE
WIDTH
PEAK
(di/dt = 50A/usec)
10.000
Hz
100
Microseconds
PEAK
(di/dt = 100A/usec)
ON-STATE
2500
HI
3 4
ON-STATE
..
1000
lK
CURRENT
HJ
Va
VR
$.~ov
CURRENT
400
65"(
600V
J 4
HI
20
100
IJ 25 ul
Hl
10K
Pulse
MAXIMUM
vs.
PULSE
fit( ~
10K~S~qU~"~'w~·E"·'~~~~~~~~~~~~~~~~~~~~
lK
<II
'"
600
;;;
C.
400
E
«
300
I
200
E
~
100
:;
u
60
Cl
S
4C
ro
30
;;;
C.
20
0
-"-
1--+-+++-+-H-H-1+-+-+-H-I-I--H-H+--+ V 0
rn
<II
10
0..
10
Pulse
MAXIMUM
vs.
PULSE
Squ8reWave
dl/dt = SOA/usee
Width
ALLOWABLE
WIDTH
d,/dl
IOOA!usec
Width
ALLOWABLE
WIDTH
Wave
(TC =
10.000
34
34
100
- Microseconds
(di/dt = 50A/usec)
10.000
100
- Microseconds
(di/dt = 100A/usec)
Current
Data
90°C)
1000Hz:
2500
5000
Hl ++--+--H+t+t--+--+-H-++-H-NcI
PEAK
5000
HI
PEAK
HI
HI
34
ON-STATE
2500
~h
Hz
J 4
ON-STATE
lK
1K
Teo
Va
VR.:!:50V
CURRENT
1000
HI
T C
V
R:$.SOV
CURRENT
400
gOne
600V
400
90'(
fiOOV
J 4
J 4
Hz
20
lJ
Hz
20
II
100
100
Hz
25
IIf
10K
Hz
25
ul
10K
310
OK
"
1K
'"
~
600
<II
C.
400
E
«
300
I
200
E
~
100
:;
U
60
0>
S
40
ro
30
;;;
C.
20
0
-"-
I--+-t++-+-H-Hft-+-+-H-t-t-H-H+--+
rn
<II
10
0..
MAXIMUM
. vs.
10
Pulse
Width
PULSE
J 4
Microseconds
ALLOWABLE
WIDTH
5000
10000
Hl
100
PEAK
(di/dt = 200A/usec)
2500
HI
J ,
ON-STATE
lK
<II
'"
600
;;;
C.
400
HI
1000
HI
400
HI
100
Hl
T C
6h
C
Vo
600V
2011
3 ,
25 \It
10K
VR$50V
lK
CURRENT
E
«
300
I
200
E
~
100
:;
U
60
'0>
S
40
ro
30
;;;
C.
20
0
-"-
rn
<II
10
0..
10
Pulse
MAXIMUM
vs.
PULSE
34
Width
- Microseconds
ALLOWABLE
WIDTH
100
(di/dt
r--..!;lOOO
10000!~1
PEAK
200A/usec)
2~OO
H/
Ht
J'
ON-STATE
';5:0~
lK
CURRENT
90'
600V
3 ,
100
HI
C
2011
25
"I
10K
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