T72
Other lead code
options available
Outline
Features:
•
Center
• High
di/dt
• High
frequency
•
Sinusoidal
•
Rectangular
•
Low
dynamic
•
Low
switching
•
Lifetime
fired
di/namic
with
waveform
waveform
forward
Guarantee
soft
gate
operation
operation
losses
at
gate
control
to
operation
voltage drop
high
frequency
20KHz
to
20KHz
Symbol
.po
.po,
.po,
H
.pJ
J,
L
N
Creep
Strike
(In
Fjnish-~Nickel
Approx.
1.
Inches
Min.
2.250
1.333
2.030
1.020
.135
.075
7.75
.040
Distance-l.00
Distance-.59
accordance
Weight-B
Dimension
"H"
Applications:
•
Inverters
UPS
Induction
AC
motor
•
Cycloconverters
•
Choppers
•
Crowbars
in. min. (17.53 mm),
with
Plate.
oz.
is a clamped
Millimeters
Max.
Min.
2.290
1.343
2.090
1.060
8.50
in. min. (25.40 mm),
NEMA
heating
drives
.145
.090
(227
57.15
33.86
51.56
25.91
3.43
1.91
196.85
1.02
standards.)
g).
dimenSion.
Max .
58.17
34.11
53.09
26.92
3.68
2.29
215.90
Ordering
Example
Obtain
selecting
'for
15
consult
Information
optimum
proper
and
20flsec
factory
device
Order
VF
performance
Code.
data.
for
your
application
by
Type
I GT
T727
150
rated
at
rna. t9 =
450
30
A average
I'sec
max.
and
with
standard
VORM
1000V.
control
leads-order
as:
Westinghouse
Electric
Corporation • Semiconductor
Division
..
Youngwood,
Pa.
15697
315
Voltage
Blocking
State
Maximun1S
Repetitive
Repetitive
Non~repetitjve
Forward
Reverse
Current
Conducting
IT
RMS
Ave.
One-half
12t
Forward
Min.
tS
J
A'2
and
==
forward
for
5.0
125°C)
forward
sec.
T J =
repetitive
peak
forward
peak
reverse
transient
msec, V
leakage
current.
leakage
current,
State
current.
current.
cycle
surge
fusing
(for
voltage drop at I
25::JC,
V
di/dt
Switching
IT
==
25°C)
J
Max.turn-aff
TJ
A!p.sec,
20V/I'sec
Typ.
V D =
Min.
T
Min.
Gate
Maximum
ITJ 25"C)
Gate
Gate
Non-triggering
and rated V
Peak
Peak
Peak
Average
Thermal
Min.,
Min.,
Max,
Max,
Case
o
CD
o Per JEDEC
CD
o
o Per JEDEC
o For
time,
125"C,
reapplied
linear
turn-an-time,
300V
(]),
critical
dv/dt,
==
125"C, V /p.sec00
J
dl/dt
non-repetitive,
Parameters
current
to
voltage
to
DRM
forward
gate
reverse
gate
gate
power,
gate
power,
and
Max.
oper.
Max.
storage
mounting
Thermal
rF!sistance
Junction
to
sink,
Consult
recommended
Applies
for
With
recommended
Higher
dv/dt
operation
trigger
trigger
gate
torque,
lubricated,
zero
RS-397.
standard
(i)
IT
blocking
voltage
peak
.....................
rnA peak
rnA
Maximums
A
A
current@,
times>
8.3
-
TM =-625
A/p.sec
I T
:co
400A
diR/dt
==
dv/dt
to
0.8
IT
l000A
p.sec
exponential
A/I'sec
(,;'00'
at
Vo
at
VD = 12V,
voltage,
, V
......
current.
voltage.
Watts
Watts
Mechanical
junction
temp
temp.,
DC
in
lb.
to
case,
or
negative gate bias.
5.2.2.1.
gate
ratings
available,
R5-397,
with
antiparallel
J -
125°C
voltage
,V
reverse
peak
A
ms)
A
25
==
VDRM,/L
to
..........
12V,
TJ
.
A
V
..
DC
CD
Double
DC/Watt
DC/Watt
mounting
drive.
voltage,
sec:--
V
ORM
mA
V
125°C.
side
procedures.
consult
5.2.2.6.
diode,
I
,V
(»0
..
'
.
cooled
factory.
consult
.
Symbol
IT(rms)
IT(av)
I
T5M
I't
V
TM
di/dt
Symbol
tq
ton
dv/dt
di/dt
Symbol
IGT
V
VGDM
I
V
PGM
PG(av)
Symbol
TJ
Tst9
ReJC
R
Symbol
V
DRM
VRRM
V
R5M
IDRM
IRRM
GT
GTM
GRM
eCS
factory.
100
100
200
I
4E
T727--45
15to
60
3.0
300
800
150
3
0.15
4
5
16
3
-40
to
-40
to
2000
to
.06
.02
200
200
300
8000
265,000
+125
+150
2400
700
450
lA5
400
300
300
400
400
500
400
500
e
0
>
~
>
ci
0
0
Q)
C>
~
0
>
~
'"
~
u-
E
:J
E
'x
'"
:2
500
600
Maximum
7
6
5
4
3
2 0
10
Forward
600
600
700
Current,
Transient
700
700
800
30
30
Forward
III
II~
100
tTM,
Thermal
900
800
800
900
1000 1100
900
Voltage
Drop
1111
J
~
U~2b
1,000
Peak
Amperes
Impedance
1000 1100 1200
1000 1100 1200
1200
V5
Forward
Current
T727_-45
1I
'"
10,000
VS.
Time
1300
ai
'"
U
'"
0
l-
e
0
.04
'u
e
:J
.,
Q)
u
e
-0
'"
Q)
E I:: .02
I--'-+-"'r+-r+-t-l-t't+-~-ri*-lf+
=~
§P
Q)
..:.
.c -
I-
:§.
UQ)
ON
lime,
t.
Seconds
' 1400
1400
1500
~
,
100,000
316
10.0
SlneWaliC
6000
Amps
4000Amps
I
1.0
2DOOAmps
'"
:;
'"
0-
1000
Amps
"-
'"
.10
'"
gi
eOQAmps
...,
06
400Amps
I
0'
03
200A
02
>
C>
1---+-+++-t_=Ioooj""'f'H+--t---t-t-t-H
Q;
t:
.01
lOOAIllj.)i>
w 10 2 100
Pulse
ENERGY
10K
Stile
6K
4K
3K
2K
lK
'"
600
'"
Q;
Cl.
'00
E
<!
300
I
200
C
l:!
100
;;
u
60
C>
S
'0
'iii
3D
Q;
Cl.
20
0
co
""
10
0-
'"
10
Pulse
MAXIMUM
vs.
PULSE
f--
I
mps
1
Width
- Microseconds
PER
PULSE
Wave
Width
- Microseconds
ALLOWABLE
WIOTH
FOR
10.000
(TC =
-
SINUSOIDAL
5000
Hz
Hz
100
PEAK
ON-STATE
65°C)
'"
"."
./
....
2500
PULSES
HI
T
J"
125"C
~~;
::v,
lOll.
lK
1000
Hz
65-C
T C
fiOOV
201l
Va
VR$.50V
lK
CURRENT
100
400.!.'l1
25
Hz
25
ul
2K
til
2K
Trapezoidal Wave
Square
Wave
6
dl/dl 0 SOA/usee
10.0~~~mIII
4000
Amps
1.0
2000
Amps
1000
'"
:;
'"
Il.
"-
'"
:;
'"
0
-,
'"
0
'"
...J
>
e>
c
'"
w
ENERGY
Amps
600
Amps
.10
06
0'
03
02
I--++++-H+++H--I-H+-++++++I--l-
.01
10
Pulse
1-
400
Amps
2QOAmps
100
Amps
4
3
Width .-Microseconds
PER PULSE FOR
100
Current
J 4
TRAPEZOIDAL
lK
PULSES
Data
T J
125"C
Vo
600V
Vn$.SOV
] 4
2011.25
(di/dt = 50A/usec)
SQUilleWallC
dlJdl
1O.0~;m"mIII
IOOA, uSlle
2
4000
Amps
1.0WIIIlrlIml_
'"
:;
'"
a.
"-
'"
.10
:;
'"
0
-,
06
04
'"
03
0
'"
...J
02
>
C>
I--+-+++-+-f-+-!++t--+-+-f-+-++-!+-!++--+
Q;
C
.01
w
10
Pulse
Width
ENERGY
- Microseconds
PER PULSE FOR
TRAPEZOIDAL
] 4
1 K
PULSES
T J
~ ~
125"C
s.::V.
] ,
20
iJ,
25
(di/dt = 100A/usec)
ul
10K
\If
10K
SqullrIlW;lIIF!
d,'dl
'200A
10K~S~'"~'w~'~'''f'~~~~~~~~~~~~~~~~~~~~
"E
3K
2K
1 K
'"
'"
600
Q;
Cl.
'00
E
<!
300
I
200
C
l:!
100
;;
u
60
C>
S
'0
i§
]0
Cl.
'"
2O
0
I--+-+++-t-H-t+t+-+--t-t-t-t-
""
'"
10
Il.
'"
10
Pulse
MAXIMUM
vs.
WIdth -Microseconds
ALLOWABLE
PULSE
WIDTH
10000
(TC = 90°C)
5000
HI
100
PEAK
--
Hi
ON-STATE
2500
-
1000
Hz
T
v~~:~::V
CURRENT
Hi
90C
lK
l00~
400
Hz
2011 25ul
2K
10.0~~"mIII
3
400~
1.0
3
'"
:;
'"
1-
"-
'.
'"
'"
.10
:;
0
-,
06
1-
I
04
'"
03
0
'"
...J
02
>-
C>
I--++++-H--+++H--I-H-+-++-!+-!+I---l-
Q;
.01
w
10
Pulse
ENERGY
(di/dt = 200A/usec)
US!!(
~1~P5
:1000
Amps
1000
Aml)S
6
S
°1'
A"t
400
Ampl>
200
Amp5
100
Amps
I I c
] 4
Width -MIcroseconds
PER PULSE FOR
100
TRAPIiZOIDAL
3 4
lK
1 J
125'C
Va
600V
Vn$.50V
)
PULSES
2011 25
.,
wI
10K
317
1K
w
'"
600
i;
"-
400
E
<l:
300
I
200
C
~
100
:;
U
60
0>
~
40
~
30
W
"-
20
0
1--+-t-++-+-t-t-HftI-+-+t-t---jH-HI+ft--+
'"
w
'"
10
Cl.
10
Pulse
Width
~
MAXIMUM
vs.
PULSE
Microseconds
ALLOWABLE
WIDTH
10
100
(di/dt
000
HI
PEAK
=
5000
50A/usec)
HI
3 "
ON-STATE
1K
400
~h
T C 65"C
Va
0 600V.
20ll
VR~SOIJ
3"
CURRENT
1K
'"
~
600
w
"-
400
E
<l:
300
I
200
C
1--+-t-++-+-H+l+1
~
100
:;
U
60
0>
~
40
rn
30
Oi
"-
20
]5
ul
10K
0
I--+-t-++-+-H+l+t--t-+H-l-+-H+l+--t v 0 600V, '}O IJ
'"
'"
10
0-
"
lD
3·'
l'I.
5000
lO
100
HI
,ooo
Ht
-t-+-+-H-+++t--l-HH--+++'-t00-t'-t-l"
:1
25bol",
"
1K
1000
Ht
f C no"c
\1;:;<:501.1
400
Ht
25
ul
3 "
10K
318
1K
w
'"
600
i;
"-
400
E
<l:
300
I
200
C
~
100
:;
U
60
0>
40
~
30
i;
"-
20
0
I-+-+++-+-H-H-l+-+-+-H-l-++I+l+--t
~
w
10
0-
MAXIMUM
vs.
MAXIMUM
vs.
lD
Pulse
Pulse
Width
PULSE
Width
PULSE
34
- Microseconds
ALLOWABLE
WIDTH
Microseconds
ALLOWABLE
WIDTH
lOOODHI
100
(di/dt
(di/dt
5001) HI
PEAK
=
100A/usec)
PEAK
200A/usec)
3 4
ON-STATE
ON-STATE
1K
rc
=
65"C
Va = GOOv.
20
VA:550V
3 4
CURRENT
CURRENT
1K
'"
~
600
w
"-
400
E
<l:
100
Hl
{}
25
ul
10K
300
I
200
C
1-+-+++-+-H-tl"l'110.000
~
100
:;
u
60
en
~
40
rn
30
i;
"-
20
0
'"
w
'"
10
0-
-10
Pulse
MAXIMUM
vs.
PULSE
GK
10Kg"~"'''''aw,,,~,,
4K
3Kt=Hjfimn~E!OOm
2KI=l=t
Width
ALLOWABLE
WIDTH
do
(1\
200A·l/sec
3 4
- Microseconds
(di/dt
:mmlllllll
5000
HI
+-t--t-H-H-f+--t--t-H-l-+_,100
100
PEAK
100A/usec)
Hr
ON-STATE
25UO
HI
1000
HI
CURRENT
400llr
HI
2!llll
10K
1K
'"
~
600
w
"-
400
E
<l:
300
I
200
C
1--+-t-+:b;j;;;.~-+I+!-,;no-Cw*,oi'i,i,,-++++-I+H+-+-++-1--j-t-,100
~
100
:;
u
60
en
~
40
rn
30
Oi
"-
20
0
1--+-+-+-t--t-H-Hm-+-++-1--l-t--HH-I+--l'
'"
'"
10
0-
'"
lD
Pulse
MAXIMUM
vs.
PULSE
34
Width
Microseconds
ALLOWABLE
WIOTH
(di/dt
100
~Jno()
HI
PEAK
ON-STATE
=
200A/usec)
2500
HI
1000
HI
- T :10 C
v,
V~~;O;
1K
CURRENT
400
HI
600V
~o
(}
25
3 , 10K
Itt
uf
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