HIGH SPEED
Silicon
600
Volts
The General Electric
signed
Pak
FEATURES:
for
power
devices employing
" Fully characterized for operation in inverter and chopper applications.
to
High di/dt ratings.
..
High dv/dt capability with selections available.
to
Rugged hermetic glazed ceramic package.
TYPES
C364/C36SA
C364/C36SB
C364/C36SC
C364/C36SD
C364/C36SE
C364/C36SM
C36SS
C36SN 800 800
C364
switching
the
REPETITIVE
and C365 Silicon Controlled Rectifiers are de-
at
high frequencies. These are all-diffused Press-
field-proven amplifying gate.
MAXIMUM
PEAK
VOLTAGE,
T J =
-40°C
100
200
300
400 400
SOO
600
700
OFF-STATE
VDRMI
to
+125°C
Volts
Controlled
ALLOWABLE
REPETITIVE
VOLTAGE,
T J =
Rectifier
275
ARMS
RATINGS
PEAK
REVERSE
VRRMI
-40°C
to
+125°C
100 Volts
200
300
SOO
600
700
C364/C365
AM""Y'NG
NON-REPETITIVE
REVERSE
VOLTAGE,
T
J
200 Volts
300
400
SOO
600
720
840
960
GATe
=
+125°C
~
PEAK
1
VRSM
I
1 Half sinewave waveform, 10
RMS On-State Current,
Peak One Cycle Surge (Non-Repetitive) On-State Current,
Peak One Cycle Surge (Non-Repetitive) On-State Current, I
12t (for fusing) for times;;;' 1.S milliseconds . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I2t
(for
fusing) for times;;;' 8.3 milliseconds
Critical Rate-of-Rise
Critical Rate-of-Rise
Average Gate Power Dissipation,
Storage Temperature,
Operating Temperature, T
Mounting Force Required
tdijdt
ratings established in accordance with EIA-NEMA Standard RS-397, Section 5.2.2.6 for conditions
20
ohms
gate trigger source with 0.5!1s short circuit trigger current rise time.
ms
max. pulse width.
IT(RMS)'
of
On-State Current, Non-Repetitive
of
On-State Current, Repetitive. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T
stg
J
....................................................
ITSM
TSM
...............................
......
PG(A
V)
•.............•..............•...•...............•.
......................................................
••.••••.••..•••.••.••••••.•.••..•••••......••••••.•.••
........................................................
(60 Hz)
(SO
........................
Hz)
........................
. . . . . . . . . . . . . . . . . . . . . . . . . . . .
906
..
9,SOO
(RMS Ampere)2 Seconds
13,SOO
(RMS Ampere)2 Seconds
_40°C
_40°C
of
max. rated VDRM; 20 volts,
27S Amperes
1800 Amperes
1700 Amperes
..
800 A/ps
..
SOO
A/ps
2 Watts
to
+IS0°C
2S
to
+l
800
Lbs. ±
3.S6 KN ±
"I
"I
oC
10%
10%
TEST
Repetitive
and
Repetitive
and
Thermal
Critical Rate-of-Rise
Off-State
(Higher values
device switching)
Holding
DC
DC
Peak On-State Voltage V
Turn-On
Conventional
Commutated
Time
Voltage)
Faster
Off
Consult
Conventional
Commutated
Time
Diode)
Peak Reverse
Off-State CUlTent
Peak
Reverse
Off-State
Gate
Gate
(with
Times Available,
(with
Current
Resistance
Voltage
may
Current
Trigger
Trigger Voltage
Delay
Maximum
Factory
Current
Time
Circuit
Turn-Off
Reverse
Turn-
Circuit
Turn-Off
Feedback
of
cause
SYMBOL
IRRM
IDRM
IRRM
IDRM
tq(diode)
CHARACTERISTICS
MIN.
-
and
-
and
ROJe
dv/dt
IH
IGT
V
GT
TM
td
tq
C364
C36S
C364
C36S 20
200
Higher
minimum dv/dt selections available - consult factory.
-
-
-
-
-
0.15
-
-
-
TYP.
S 12 rnA TJ = +2SoC
12 17 rnA
.12 .13S
.IS
sao
40
70 2S0
100
2S
3 S
1.2S 3.0
-
1.9
O.S
IS 20
IS
I C364/C365
MAX.
.26
-
1000
400
17S
-
2.6
-
8
10
t
J.
I
UNITS
DC/Watt
V
/Msec
mAdc
mAdc
Vdc
Volts
Msec
Msec
Msec
TEST
V =
VDRM = VRRM
= 12SoC
T
J
V = V
Junction-to-Case
Junction-to-Case
T J = + 12SoC,
Linear
Exponential
Te
= +2SoC,
Initial
Te
=
~
Ie
=
Te
= +12SoC, VD =
Te = -40°C
RL = 3
Te = O°c
RL = 3
Te
= 12SoC,
Te
= +2SoC,
Duty
T e = +2SoC,
Supply:
0.1
Msec
(1)
Te
(2)
ITM = ISO
(3)
V
(4)
V
(S) Rate-of-Rise
Voltage
(6)
Commutation
(7)
Repetition
(8)
Gate
a Volts, lOa
(1)
Te
(2)
ITlV!
(3)
VR
(4)
V])f{M
(S) Rate-of-Rise
Blocking Voltage =
(6)
Commutation
(7)
Repetition
Gate
(8)
a Volts, lOa Ohms.
= V
DRM
Gate
or
Exponential
dv/dt
Anode
On-State
+2SoC, V
-40°C, V D = 6 Vdc, RL = 3
to
Ohms
to
+l2SoC,
Ohms
VDRM,
ITM = sao
Cycle < .01 %
IT = SO
20
Volt
max. rise time.
= +12SoC
=
SO
R
DRM
Volts
(Reapplied)
=
200
Bias During
= +12SoC
= ISO Amps.
= 1 Volt
(Reapplied)
Bias During
CONDITION
RRM
(Double-Side
(Single-Side
Open.
V
Rising Waveform.
= V
DRM
Supply = 24
Current
D
o°c,
= 2
= 6 Vdc, RL = 3
6Vdc,
V
= 6
D
VD
= 6
RL =
1000
Amps.
Adc, V
Open
Circuit,
H,
Amps.
Min.
of
Reapplied
V/Msec (linear)
di/dt
Rate
Rate
= 5 Amps/Msec.
= 1 pps.
Turn-Off
Ohms
of
Reapplied
200 V /Msec
di/dt
= S Amps/Msec
= I pss.
Turn-Off
Cooled)
Cooled)
=
DRM
(.632)/7
Vdc.
Amps.
RL
= 3
Vdc,
Vdc,
Ohms
Peak
,
DRM
20
Ht
Off-State
Interval
Forward
Interval =
Rated
Ohms
Ohms
Ohms
Gate
Ohm,
=
(linear)
tConsult factory
HDelay time
tttCurrent
risetimc
for
specified maximum Turn-Oft Time.
may
increase significantly
as
measured with a current probe, or voltage risetime across a non-inductive resistor.
as
the gate
drive
approaches the
IGT
of the
Device
907
Under Test.
C364/C365
5000
(/)
w
a::
w
a.
:::;;
<t
I
....
1000
z
w
a::
a::
:::>
u
w
....
i'!
(/)
z
0
100
(/)
:::>
0
w
Z
<t
....
z
i'!
(/)
~
1_
A
"
'/
/;
I
I
I
125°C
MAXIMUM
25°C
4
3
2
INSTANTANEOUS ON-STATE VOLTAGE -VOLTS
ON-STATE
5 6
CHARACTERISTICS
7 8
10
9
2_
GATE
INSTANTANEOUS
TRIGGER
POWER
GATE CURRENT
(AMPS)
CHARACTERISTICS
RATINGS
AND
I
til
a.
::E
<t
0-
z
w
a:
a:
=>
u
w
0-
..
....
0)
I
Z
0
'"
..
w
a.
til
a.
::E
::.
I-
z
w
a:
a:
=>
u
w
0-
..
0-
0)
:Z
0
:.:
..
w
a.
3000
2000
li88
700
600
500
400
300
200
100
10
3000
2000
1000
800
600
400
300
200
S!NE WAVE
-
20
20
30
3_
-!-
I
I
I
20
30
4.
I-
---r--
10K
III
405060
80
PULSE
MAXIMUM
CURRENT
1-1-
I I
-""
I--it
40
60
80
PULSE
MAXIMUM
CURRENT
CURRENT
r---..
r-----..
,0
u(
8~8
"-
2.5
K
-------
5K
100
200
BASE
ALLOWABLE
VS. PULSE
r------
-
---
-
-_of
5K
100
BASE
300
WIDTH-MICROSECONDS
.............
"-
,oU(
8~8
"
"-
2.5
200
300
WIDTH-MICROSECONDS
ALLOWABLE
VS. PULSE
RAT!NG
DATA
I
~
I
"r--,.
--........,o~
1;>8
~O
r--..
NIK
400
GOO
0llt
:'1-,0
800
"-
PEAK
WIDTH
i"-r--,.
,o~
1;>8
'-...~O
D~O
IK
I'--
K
400
600
800
PEAK
WIDTH
"'"
"
500
1000
2000
ON-STATE
(T
=
c
""
""
"-
"
500
1000
2000
ON-STATE
(Tc
= 9O°Cl
"-....
'200
30004000
65°Cl
"200
3000
~
--
8000
i'
6000
~GO
10,000
60
10,000
90B
3000
~
:i
2000
I-
Z
W
0:
0:
:::J
1~88
u
BOO
w
700
I-
600
I-
'"
500
III
I
Z
400
0
300
"
W
'"
0-
200
-
r---
-
I---......
--
r-....
~
20
5.
-f-
r-
-f-
......
1-
......
1'---
I'-..
i'---t--.,
30
40
ENERGY
r-.....
......
1'--...
~
.......
.......
.......
"
.1
.05
'"
.025
~
~
~
60
80
100
200
PULSE
BASE
WIDTH-MICROSECONDS
PER PULSE FOR
........
.........
...........
""
""
l"'-
300
"-
'"
.25
"'-
0-
400
~
~
""2.5
1.0
.5
"'-
"-
t'.
"'-
""
~
~
""
600
800
1000
SINUSOIDAL
""
K.
"
'-....
""
~
2000
PULSES
"-
"
..........
t--.,
10
~
'-....
"-
"-
"'-
l"'-
""
4000
""
.......
6000
i'
"-
25
WATT
~
I'
I
-SEC.
PU
10,000
NOTES:
(Pertaining
to
Sine
and
Rectangular
1. Switching voltage
2. Reverse voltage applied
3. Required gate drive:
20
volts,
amps/~sec
20 volts, 20 ohms,
1
00
amps/~sec.
4. RC
Snubber
5. Double-Side Cooled.
6. Maximum energy dissipated during reverse recovery
to
be 15% of
0.03
7. Values of
W-S/P, whichever
65
ohms, 1
.
ckt. =
total
W-S/P are
=
400
volts.
= VR
~sec
.5
~sec
0.25
~f,
W-S/P shown in W-S/P
is
least.
for
Tj = 125°C.
C364/C365
Wave
Current
Ratings)
~
600
volts.
risetime for
risetime for greater
5 n.
less
than
chart
100
than
or
I/l
w
0:
W
0-
::;;
'"
I-
Z
w
0:
0:
::J
U
w
l-
i'!
'f
z
0
"
W
'"
0-
RECTANGULAR
DUTY
CYCLE - 50%
1000
900
800
700
600
500
I
400
300
200
100
6.
1000
900
800
I/l
w
700
0:
W
0-
600
::;;
<1
500
I
I-
Z
w
400
a:
0:
::J
U
300
UJ
I-
<1
I-
I/l
Z
200
::>
<1
"
UJ
0-
100
7.
PULSES
l-
I-
'"'
RATE
OF RISE OF
MAXIMUM
CURRENT
PULSES
i-
I-r--
RATE
OF
MAXIMUM
CURRENT
PER
---
~
ON-STATE
PER
ALLOWABLE
PER
r---
10
RISE
OF
PER
ALLOWABLE
SECOND
r-
r-
--
r--.
MICROSECONDS
VS.
SECOND
~
I"--
l"-
CURRENT-AMPERES
di/dt
-
i--
ON-STATE
MICROSECONDS
VS.
2500
CURRENT-AMPERES
PEAK
di/dt
(Tc = 90°CI
l-
i-
-
I-
r--I-t--
r-
I"--
1"-1-
PEAK
ON-STATE
(Tc = 65°CI
I-
l-
r--
-
ON-STATE
60
400
1000
2500
5000
00
~o
f-
1000
100
WAVE
-
-
CURRENT
1000
900
800
I/l
w
700
0:
UJ
0-
600
::;;
<1
500
I
I-
Z
UJ
400
0:
0:
::J
U
300
w
l-
i'!
'f
z
200
0
<1
"
W
a.
100
1000
900
I/l
800
UJ
0:
700
w
a.
600
::;;
"i'
500
I-
Z
w
400
0:
0:
::J
U
300
w
~
I/l
I
200
z
0
<1
"
li
L
100
RATING
PULSES
r-
l-
I-
RATE
8.
MAXIMUM
-
r-
PULSES
I"-
I-
RATE
9.
MAXIMUM
DATA
DUTY
I I I
PER
-----
10
OF
RISE
PER
ALLOWABLE
CURRENT
I I I I
PER
----
~
OF
RISE OF
PER
ALLOWABLE
CURRENT
CYCLE
I
SECOND
-
t--..
-
r-..
OF
ON-STATE
MICROSECONDS
VS.
di/dt
SECOND
---
--
ON-STATE
MICROSECONDS
VS.
di/dt
- 25%
l-
I"--
r-...
r-...
f-.
"'"
~r-....
1"-.
1"-1"-
CURRENT-AMPERES
PEAK
ON-STATE
(Tc
= 65°CI
I-f-.
-
I-
I""--
I---
f-.I-
r--I-
---
r---
CURRENT-AMPERES
PEAK ON-STATE
(Tc = 90°CI
60
400
1000
2500
5000
100
60 _
400
1000
2500
~
-
-
-
I
909
C364/C365
1000
100
WATT-SECOND
I I
PULSE
BASE
"
~
"- "-
i'-..
"
'"
10
PULSE
"-
I'
~
1\
~
100 1000
BASE
PER
PULSE
WIDTH
-MICROSECONDS
"f',
~~
""
/
"-
"
's
"-
N's
~
WIDTH-MICROSECONDS
'"
I'
~
"4;-
"-
<S''''
S-~"l;7~
"-~s
I'.
"-
"-
~
""
I'
'"
10K
10.
11.
ENERGY
AND
PULSE
ENERGY
AND
PULSE
PER
PER
PULSE VS.
WIDTH
PULSE VS.
WIDTH
(di/dt = 100
(di/dt
PEAK
PEAK
= 25
CURRENT
A/j1sec)
CURRENT
A/j1sec)
I
I'
~
~
I~O~--~--L-~-W~loo~--~~~~wwuIOOO~--~~~~LL~'OK
PULSE
BASE
"'~
WIDTH-MICROSECONDS
1Ft
~
"'~
910
12. ENERGY
AND
PER
PULSE
PULSE VS.
WIDTH
(di/dt
PEAK
= 5 A/j1sec)
CURRENT
-----,-
u
w
en
,
oJ
~~
~
<t
If)
:IE
~
,
Wen
!-w
<to:
u..!-w
~~~
:r:o<!
~w
~
«
~
z
~~~
zO:
-::J
enu
--*--
20,000
15,000
10,000
8,000
6,000
4,000
3,000
2,000
1,000
INITIAL
T
=
-40°C
TO
J
r-
--.
---
\.5 2 3 4 6
PULSE BASE
r-.
WIOTH
+125°C
~
r-..
- MILLISECONDS
l"'-
~
I
~I
I
L V
i-'"
~
V
V
eLE
'oOu
C364/C365
0E.~
SI
E.-
_SlOE.
COOLED
V
I'-
i"'"
~~
-'
Vi'"
8
10
.0 I
.001
.01
TIME
- SECONDS
10
100
13. SUB-CYCLE SURGE
ON-STATE
AUX.
CATHODE
f)
RED
f
H
CURRENT
P
\4-------0
(NON-REPETITIVE)
AND
2
1
t
RATING
OUTLINE
--
DRAWING
R-DIA.
S-DEEP
B
14.
TRANSIENT
SYM
A
B
C
0
E
F
G
H
J
K
L
M
N
P
R
S
T
U
THERMAL
JUNCTION-TO-CASE
TABLE
DECIMAL INCHES
MIN
.744
.030
.515
1.600
.110 -
.031
.057
7.980
-
.137
.065 .070
.245
.120
1.090
.135
.067
.340
.186
OF DIMENSIONS
Conversion Table
MAX.
.752
.060
.565
1.656
.017
.059
8.115
.300
.153
.260
.140
1.125
.145
.083
-
.189
IMPEDANCE -
METRIC MM
MIN.
18.897
.762
13.081
40.64
2.794
.330
1.447
202.70
19.101
14.351
42.06
206.11
-
3.479
1.651
6.223
3.048
27.69
3.429
1.701
8.636
4.724
MAX.
1.524
-
.432
1.449
7.620
3.886
1.778
6.604
3.556
28.55
3.683
2.108
-
4.801
ACCEPTS AMP.
TERMINAL
OR
EQUIVALENT
H - STRAIGHT
T - SURFACE CREEPAGE
#
60598-1
LEAD
LENGTH,
l--
A
TYP.
TYP. 2 LEADS
C
B
911
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