T70 Outline
*
*Other lead code options available
Features:
• Center fired
• High
• High
• Sinusoidal waveform operation
• Rectangular
•
Low
•
Low
•
Westinghouse
Ordering
di/namic
di/dt
with
frequency
waveform
dynamic
switching
Information
gate
soft gate control
operation
operation
forward
voltage drop
losses at high
Lifetime Guarantee
to
20
KHz
to
20
frequency
Symbol
A 9.76
A, 10.18 10.42 258.57
B
cJ>D
E 1.620
F
J 4.000
M .530
N 1.04
Q
cJ>T
Z
cJ>W
Creep
Strike
(In
Finish-Nickel
Approx.
1.
2.
3.
4. Dimension
Inches Millimeters
Min. Max.
.063 .172
.430 .810 10.92
.330 .350 8.38
.440 11.18
%-16
Distance-1.76
Distance-
accordance
Complete
2%
Angular
undefined.
Pitch diameter
(coated)
with
Weight-16
threads
orientation
threads
leads
with
Plate.
threads
of
seating plane.
of
"J"
bent
Applications:
• Inverters for
UPS -
KHz
Induction
AC
motor
• Cycloconverters
• Choppers
•
Crowbar
Min.
10.00 247.90
1.60
1.490
41.15
1.750
101.60
13.46
.755
1.08 26.42
3.100
UNF-2A
in. min. (44.91
.81
in. min.
NEMA
oz.
(454
to
extend
of
terminals
%-16
UNF-2A
(ASA
81.1-1960).
denotes seated height
at
right
angles.
heating
drives
(20.70
standards.)
g).
to
within
is
mm).
mm).
-Max.
254.00
264.67
4.37
37.85
44.45
20.57
19.18
27.43
78.74
8.89
Example
Obtain
optimum
selecting
proper
device
Order
performance
Code.
for
your
application
by
Type
GT =
I
T 707 rated
150
rna,
tq = 10
at
325A
.usec
average
and
standard
with
VDRM
flex
= 700V.
lead -
order
as
'291
Voltage
Blocking
State
MaximumsCDIT
Repetitive
Repetitive
Non-repetitive
Forward
Reverse
Current
Conducting
(TJ =
R
Ave.
One-half
I 2t
Forward voltage drop at I
Min.
Switching
Gate
Maximum
(TJ = 25°C)
Gate
Gate
Non-triggering
Peak
Peak
Peak gate
Average
Thermal
Min.,
Min.,
Max.
Max.
peak
peak reverse
t ::;
5.0
msec,V·
leakage
leak.age
125°C)
MS
forward
forward
cvele
for
fusing
A2
sec. -
andT
J=25'C,
repetitive
(T
=
25°C)
J
Max.
turn-off
TJ = 125°C,
A/p.sec,
reapplied
20V
I /lsee.
turn-on-time,
TVp·
VO=
3OOV0,
Min.
critical
TJ =
125°C,
Min.
di/dt,
Parameters
current
voltage
and
rated V
forward
reverse
power,
gate
Max.
oper.
Max', storage
mounting
Thermal
Junction
Case
to
sink,
forward
transient
current,
current.
State
current,
current, A ........
surge
(for
V
........
di/dt
time,
diR/dt
linear
dv/dt.
V/p.see0Q)
non-repetitive,CD
A/lJsec
to
trigger
to
trigger
gate
ORM
gate
gate
power,
and
junction
torque.
resistance
to
case,
lubricated.
J
blocking
voltage
V
peak
reverse
......
.
mA
peak
rnA
peak
Maximums
A
current0,
times>
TM
CD@CD
IT
to
IT = loooA
p.sec
exponential
voltage,
' V
current. A ...
voltage.
Walls
A
B.3
ms)
= 625 A
,A/p.sec
=400A,
=25
dv/dt
=
.8V
ORM,
.....
.
.....
CD CD
. . . .
.. ' ..
at
Vo = 12V:
at
Vo = 12V, V ..
TJ = 125°C,
........
V
Watts
Mechanical
temp.,
temp.,
°C
in
lb.
CD
CD
lC/Watt
aC/Watt
~_
125°CI
voltage
voltage,
.
.
/lsecQ)CD
to
V
ORM
....
.
.
°C
.
mA
Symbol
Symbol
IT(rms)
IT(av)
I
TSM
2
t •
1
V
TM
di/dt
Symbol
tq
dv/dt
di/dt
Symbol
IGT
V
GT
VGOM
I
GTM
V
GRM
PGM
PG(av)
Symbol
TJ
Tstg
V
ORM
VRRM
V
RSM
IORM
IRRM
100
100
200
:
T707
10to
150
3
0.15
4
5
16
3
-40
-40
360
.10
.05
3.0
300
800
to
to
200
200
300
__
500
325
8000
26!i000
1.40
400
50
+125
+150
300
300
400
33
400
400
500
l!l
~
~
>
<i
e
0
CI>
'"
!!!
~
'E
III
~
u.
E
:::J
E
'x
III
:::;;
500
500
600
1
130
1
30
Maximum
7
6
5
4
3
2
10
Forward
700
600
600
700
Forward
700
800
rnt
800
800
900
Voltage
11111
Orop, Vs.
Forward
ITIJ'="25~C
.,]07
__
I-'"
100
Current,
Transient
ITM, Peak
The>rmal
1,000
Amperes
Impedance
VS.
3
Time
Current
II
10,000
100,000
,V
'
.
CD
CD
CD
o
CD
CD
CD
292
Consult
Applies
Per
JEOEC
With
recommended
Higher
Per
JEOEC
For
operation
recommended
for
zero
or
RS-397,
dv/dt
ratings
standard
with
mounting
negative
5.2.2.1.
gate
drive.
available,
RS-397,
antiparallel
gate
consult
5.2.2.6.
dioda,
procedures.
bias.
factory.
consult
factory.
lime.
t.
Seconds
10
.0
Sine
Wave
_BOOOAmps
,
04000
Amp.
.6
4
_''rAj''
.3
t-l0b0A~P'
o
-j"j
1--600
Amps
.06
.04
3 t--jA/,P'
~
,
t--'IOOAj
>
e'
1'?
w .0
ENERGY
'"
l!!
Q)
c.
E
<{
I
E
Q)
l:
U
"
C>
c
.,
E
Q)
c.
0
.¥
..
Q)
CL
MAXIMUM
vs. PULSE WIDTH (TC =
'"
~
8.
E
<{
I
E
Q)
~
U
C>
C
.~
~
o
.¥
..
~
MAXIMUM
VI.
100
Amps
1
10
Pulse Width - Microseconds
lOKI
SineWs"a
S.
4.
3.
,.
lK
sOO
400
300
'00
100\
1
60
40
30
'0
l--jf--t-t-t-+++1I+t+-+-+-+I+-I-IV
10
"
io
Pulse Width - Microseconds
PER
PULSE FOR
3 4
3
10,000
Hz
4
ALLOWABLE PEAK ON-STATE
65°C)
10K
SineW..,.
•
•
•
,.
lK
600
400
300
200
100
60
0
0
01
I
10
10
Pulse Width - Microseconds
-
-
3 4
10,000
Hz
ALLOWABLE PEAK
PULSE WIDTH (TC = BooCI
-
""'"'
~
"'"
~
-
1..00'
t"""
100
SINUSOIDAL
-
2500
5000
H,
-~
2500
5000
Hz";::
100
ON-STATE
..,;
3 4
PULSES
-
-
......
Hz
3 4
CURRENT
i""o~
Hz_
I-i!"o
3 •
,
i.o'"
"
T
J::
12soC
VO"
6OOV.
20n.
VRs'5OV
lK
~400HZ
1000
"'
TC=65"C
0"
600V.
20D
VRs'SOV
lK
"
1
000
Hz
'-3400
TC"
9O"C
VO:: 800V,
lOn,
VRS&OV
lK
CURRENT
~
~
~
25
uf
2K
l00~
I
,.26
uf
2K
100
Hz
'"
Hz
'6
uf
2K
Trapezoidal
10.
0
Square
Wave
di/flt
::
pDA/usee
2
4000
Amps
.11
ZOOOAmps
.S
4
1000 Amps
3
5l
:;
.,
800
CL
"-
i!l
g
..,
I
§
i
w .0
ENERGY PER PULSE FOR
Amps
.JA~P'
0
.1
06
.04
""lAj'
3
100 Amps
0'
I I
1
10
Width - Microseconds
Pulse
3 4
Wave
~i"""
"""
,
100
TRAPEZOIDAL
Current
~/
,
i.o'
3 4
lK
Data
TJ
- 125"C
VO"
600V. 2011. 2
VR$SOV
3 4 6 10K
PULSES
'"'
(di/dt = 50A/usec)
10
Square
Wave
di/dt
::
100A/usee
V/
lK
PULSES
,
T
J::
VO::
VRs'SOV
125"C
6OOV,
3 4
1/
20n,
25
uf
6 10K
4000
Amps
2
'jAj"
6
1000 Amps
4
.3
5l
:;
600
Amps
,
CL
"-
400
i!l
g
..,
~
>
~
~
ENERGY
Amps
0
.1
06
04
3
2
.0
1
.0
10
Pulse Width - Microseconds
r-
200
Amp.
loJA~"
11
3 4
PER
PULSE FOR
....
-
100
TRAPEZOIDAL
.....
3 4
(dildt = 100A/usec)
10.
Square
Wave
,
di/dt = 200A/usec
,
2000
Amps
1.
6
1000
Amps
4
3
""'lAm
..
,
2
«f+.
0
200
Amps
06
I
.04
1
.0
3
§
,
f
1
w .0
10
Pulse Width - Microseconds
3 4
100
ENERGY PER PULSE FOR
(dl/dt
=
200A/u"cl
io-'
.....
3 4 1 K 3 4
TRAPEZOIDAL
L
I'
/
T J = 126°C
Vo
VRS50V
PULSES
1/
= eoov,
20D
..
26
uf
• 10K
293
Trapezoidal Wave Current
(TC =
65°C)
Square
Wave
6K
di/dt = 60A/usee
10KI~~IB_
4K
3KI~~~~-=a:s~
2KIH
lK
III
~
600
Q)
0.
400
E
<{
300
1
200
E
~
lao
::J
U
60
0>
c:
.~
40
30
<;
0.
20
0
1-++-H-I-+-H+t+-++-HHf-t-H-tt+--+vo
'"
to
10
~
10
Pulse
MAXIMUM
vs. PULSE
3 4
Width
- Microseconds
ALLOWABLE
WIDTH
6000
10,000
Hz
Hz
lao
PEAK
(di/dt = 50A/usee)
1000
2500
Hz
lK
ON-STATE
Data
Hz
Te"
S5°C
=
8OOV,
20n.
VR:S.50V
T'-
CURRENT
100
Hz
25
uf
10K
Trapezoidal Wave Current
(TC =
900C)
Square
Wave
6KI
di/dt = SOA/usee
10KI~~lBmIII
4K
3K:t=::t::a~W$$$$$t:m=$=~t:tm
2KH
lK
III
~
600
~
400
E
<(
300
1
200
E
~
lao
::J
U
60
0>
'S
40
to
30
iii
0.
20
0
t-+-++Hf-t-hH-t+--+-+++-H+I+I+---+,
to
'"
Q)
10
a.
10
Pulse
MAXIMUM
vs. PULSE
10K!
SK!
;~II~tta:~mEs:att=nn=nnm
2KII==+
~+-+44-+4~~~+-~+-+4+++H--~~+4~++~
&
600
ii1
lKI'~
E 400
3 4
Width
- Microseconds
ALLOWABLE
WIDTH
Squ
...
w".
di/dt = l00A/usec
III1IIIII
~
10.000
lao
PEAK
(di/dt = 50A/usee)
6000
Hz
3 4
5OO
Hl ._2-t
+"f-'
I-tt-'
lK
ON-STATE
Data
000-+"_'+-1400
Hz
T C =
90°C
Vo
" 600V, 2011 25 uf
50V
V
5.
R
3 4 6
CURRENT
100
Hz
10K
294
Pulse
Width
Square Wave
dUdt =
200A1usec
Width
- Microseconds
ALLOWABLE
WIDTH
(di/dt = 100A/usee)
10,000
• 4
WIDTH
lao
- Microseconds
ALLOWABLE
(di/dt = 200A/ulec)
PEAK
-
5000
Hz
PEAK
ON-STATE
2500
Hz
HI.
3 4
ON-STATE
1000Hz
lK
CURRENT
400
Hz
TC=65°C
Vo = 8OOV.
20n,
VRSSOV
3 4 •
CURRENT
100
Hz
25
uf
10K
MAXIMUM
vs. PULSE
6K
10KI~EmIB_
4K
3KIt::t::aam~~:m=s~~
2KIH
lK
III
Q)
600
iii
0.
400
E
<(
300
1
200
E
~
lao
::J
U
60
0>
.~
40
l§
·30
Q)
0.
20
0
1t-f-t-++t-H+I+I+--+-+++-H+I+lIt--+
'"
to
10
~
10
Pulse
MAXIMUM
VI.
PULSE
E
2°O1~
~
300~t§~~~~~~tt~~~~~~tt~ij
Q)
~
l~'~~~~~~~~~'~O~'ooo~"!'~~~~!!~~~~~~~~1
l§
40ll
~
30':t::t:t~~~~~i:=!=!~t=~~fta:~~~~t=tttttt
201~
O
'"
11--+-+++-H+I+I+--+-+++--HI-+t+It--tVo" 600V,
~
10'1~~~~~~~~~~~~~~~~~~~V~R_S.50~V~~~~
10
Pulse
MAXIMUM
vs. PULSE
6K:
10KI!~ffi1£iI&m.g.1
4K
3KI~:tmmt:$:m:a$t=au=~
2KII==J:
lK
III
~
600
Q)
0.
400
E
<(
300
1
200'
E
~
:;
laol
U
60
0>
c:
.~
401
30:
Q)
0.
20,
0
I
to
'"
~
10'
10
Pulse
,MAXIMUM
vs. PULSE
3 4
Width
- Microseconds
ALLOWABLE
WIDTH
Square
Wave
dl/dt = 200A/usec
3 4
Width
- Microseconds
ALLOWABLE PEAK
WIDTH
lao
PEAK
(di/dt = 100A/usee)
10.000
lao
(di/dt = 200A/usec)
2500
Hz
5000
Hz
1000Hz
T c
3 4 1 K 3 4
ON-STATE
5000
Hz
Hz
3
ON-STATE
2500
4
Hz
CURRENT
.......
1000
Hz
TC " 90°C
Vo
V
lK
CURRENT
400
'"
90°C
400
- 600V, 2011
50V
5
R
3 4
Hz
100
20ll
25
Hz
100
25
6
Hz
uf
10K
Hz
t'
u
10K
F
H
DIA.
HOLE
E
DIA'1
r---r---K
DIA.
-CATHODE
POTENTIAL
RED
-GATE
WHITE
J
HOLE
CASE
NO~INAL
SY~.
INCHES
~M
o
c·~~
cn
NU~BER
A
1.06
26.9
no
DI~ENSIONS
B
.78
19.8
B
A
I
C 0
1.41
35.8
ALL
2.74
69.6 37.8
OI
MENSIO
STRIKE
CREEPAGE
DISTANCE: .43
E
1.49
NS
AR E REFER
1.750 / 44.45
ACROSS
t---
DISTANCE: .43
9.66
245.4
F
.750-16
INCH
G
.73
18.5
ENCE
___
UNF
110.9
INCH
H
.343
8.71
MARKING
MM
FLATS
- 2A THO.
~~
~IN.
110.9
~~
J
10.06
255.5
~IN.
K
.146
3.71
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