C384/C385
TEST
Repetitive
and
Repetitive
and
Thermal
Peak Reverse
Off-State
Peak Reverse
Off-State
Resistance
Current
Current
Critical Rate-of-Rise
Off-State Voltage (Higher
values
may
cause device
switching)
Holding Current
DC Gate Trigger
Current
DC Gate Trigger Voltage
Peak
On-State Voltage
Turn-On
Conventional
Commutated
Time
Delay Time
(with
Reverse
Circuit
Turn-Off
Voltage)
Conventional
Commutated
Time
(with
Circuit
Turn-Off
Feedback
Diode)
I
of
SYMBOL
IRRM
and
IORM
IRRM
and
IORM
ReJc
dv/dt
Higher
IH
IGT
V
GT
V
TM
td
tq
C38S
C384
tq(diode)
C385
C384
CHARACTERISTICS
MIN.
-
-
200
-
-
-
-
- -
-
O.lS
-
-
-
TYP.
SOO
3
IS
-
-
MAX.
10
20 rnA
0.19
°C/Watt
0.09S
-
UNITS
rnA
V //lsec
TJ = +2SoC
TJ
= 12SoC
Junction-to-Case - One-Side Cooled
Junction-to-Case - Double-Side Cooled
TJ = +12SoC,
linear
or
Exponential
minimum dv/dt selections available - consult factory.
7S
SOO
mAdc
Tc = -I-2SoC,
Initial On-State
l2S
l7S
300
SOO
100 2S0
S.O
3.0
- -
2.3
2.8S
1
-
mAdc
Vdc
Volts
/lsec
+2SoC,
Tc
=
Tc
=
Tc
= +12SoC,
Tc
=-40°CtoO°C,
Tc
=0°Cto+12SoC,
Tc = +l2SoC,
Tc
= +2SoC,
Duty
Cycle ~ .01%
Tc
= +2SoC, I
Supply:
O.l/lsec.
(1)
/lsec
-
8 10
IS
20
Tc
(2)
ITM
(3)
VR =
V
(4)
ORM
(S) Rate-of-Rise
Voltage =
(6)
Commutation
(7)
Duty
(8) Gate Bias During
o Volts, 100 Ohms.
(1)
/lsec
-
-
20
10
J.
1
t
Tc=+12SoC
(2)
ITM
(3)
V
R
(4)
VORM
(5) Rate-of-Rise
Voltage =
(6)
Commutation
(7)
Duty
(8)
Gate Bias During
o Volts, 100
TEST
V = V
V = V
Gate
exponential
dv/dt = VORM
Anode
Current
Vo
-40°C,
Vo
VD = 6Vdc,
VORM, RL = 1000
ITM = lS00
:=
T
20
Volt-Open
max. rise
= +12SoC
= 2S0 Amps.
SO
Volts
(Reapplied)
of
200V//lsec
Cycle ~ .01%
= 2S0 Amps.
= 1 Volt
(Reapplied)
of
200V//lsec
Cycle ~ .01%
Ohms
CONDITIONS
= V
ORM
ORM
Open.
rising waveform.
Supply = 24
T
=
= V
V
ORM
(.632)
2.S
RRM
RRM
=
Vdc,
Amps.
= 6 Vdc, RL = 3
= 6 Vdc, RL = 3
RL = 3
Vo =
6Vdc,
RL = 3
Vo
=6Vdc,RL =30hms
Ohms
Amps. Peale.
SO
Adc, V
Circuit,
ORM
20
,
Gate
Ohm,
time.
Min.
Reapplied Off-State
(linear)
di/dt
= 12.S Amps//lsec.
Turn-Off
Interval =
Reapplied Off-State
(linear)
di/dt
= 12.5 Amps//lsec
Turn-Off
Interval =
Rated
Ohms
Ohms
Ohms
Ohms
tConsult factory
for
maximum turn-off time.
922
SINE WAVE CURRENT RATING
DOUBLE-SIDE COOLING
DATA
C384/C385
2000
'"
"'
f5
a.
'"
'"
~
~
a
~
j'!
I
'"
~
'"
~
a.
1500
1000
BOO
600
400
300
200
PULSES
-......
r--...
-
1000
--
r--...
........
40
60
80
1.
MAXIMUM
roo
200
PULSE
BASE
ALLOWABLE
400
WIDTH -MICROSECONDS
CURRENT VS. PULSE WIDTH (Tc
PER
i'-
600
SECOND
qU
I
800
1000
PEAK
"-
2000
ON-STATE
==
65°C)
I
........
4000
~I
I
"-
6000
10,000
NOTES:
(Pertaining
to
Sine
and
Snubber
of
least.
of
voltage
- .22Jlf. 5
total
W-S/P shown
W-S/P are
1. Switching
2. RC
3. Max. energy dissipated
15%
is
4. Values
2000
J500
1000
800
600
400
300
200
Trapezoidal Wave
<;
400
volts.
ohm.
during
reverse recovery
or
0.03
for
T J = 125°C.
-
-
40
60
80
10D
PULSE
2.
MAXIMUM
CURRENT VS. PULSE
Current
Ratings)
to
W-S/P whichever
be
PULSES
l-
t--
100
0
r---..
200
BASE
400
WIDTH-MICROSECONDS
ALLOWABLE
923
PER
SECOND
qoo
....,
600
'"
80Q 1000
PEAK ON-STATE
VVIDTH
(Te
'-...
2000
::;;:
gooC)
~
4000
r-..
~o
6000
IOPOD
U>
w
a:
w
Q.
:i
..
I
l-
z
w
a:
0:
=>
u
w
I-
;:!
II>
,
z
0
..
"
w
a.
200
150
100
90
80
60
50
40
30
20
70
15
10
JLfL
FOR
WAVE
ONLY
10
HALF SINE
CURRENT
15
20
30
3.
ENERGY
60
70
PULSE
00
80
200
96
BASE
PER
PULSE FOR SINUSOIDAL PULSES
400
WIDTH-
600
800
MICROSECONDS
I K
2K
3K
4K
5K 6K
8K
lot<
40
50
(/)
w
0::
W
!l.
::;;
«
I-
Z
w
0::
0::
=>
u
w
!:i
l-
(/)
Z
0
«
"
w
!l.
I
I
(f)
UJ
0::
UJ
!l.
::;;
«
I
I-
z
UJ
0::
0::
=>
u
UJ
I-
«
I-
(f)
I
z
0
«
'"
UJ
0..
5.
1000
800
600
400
300
200
100
5
4.
MAXIMUM
1000
800
600
400
300
200
100
5
MAXIMUM
DUTY
RATE
PULSES
10
OF
RISE
AMPERES
CYCLE -
ALLOWABLE
CURRENT VS.
PULSES
10
RATE
OF
RISE
AMPERES
ALLOWABLE
CURRENT
VS.
TRAPEZOiDAL
50%
PER
SECOND
20
30
40
OF
ON-STATE
PER
MICROSECOND
di/dt
20
OF
ON-STATE
PER
di/dt
CURRENT
PEAK ON-STATE
(TC
= 65°CI
PER
SECOND
30
40
MICROSECOND
CURRENT
PEAK ON-STATE
(TC
= 90°CI
WAVE CURRENT RATING
1000
(/)
800
IJJ
0::
UJ
!l.
600
::;;
«
,
60
4,0
1
1
1000
80
60
100
60
41°~
1000
60
80
1
100
I-
Z
UJ
0::
0::
=>
u
UJ
I-
<!
l-
(/)
,
z
0
«
'"
UJ
0..
(/)
UJ
0::
UJ
!l.
::;;
<!
I
I-
Z
w
0::
n:
=>
u
UJ
I-
..
l-
(/)
I
Z
0
<!
'"
UJ
!l.
400
300
200
100
6.
1000
800
600
400
300
200
7.
5
MAXIMUM
100
MAXIMUM
DATA
DUTY
CYCLE -
PULSES
RATE
CURRENT
5
RATE
CURRENT VS.
PER
10
OF
RISE
AMPERES
ALLOWABLE
VS.
10
OF
RISE
AMPERES
ALLOWABLE
25%
SECOND
20
OF
PER
30
ON-STATE
MICROSECOND
PEAK ON-STATE
di/dt
(TC
PULSES
20
OF
ON-STATE
PER
MICROSECOND
PEAK ON-STATE
di/dt
(Tc
40
CURRENT
= 65°C)
PER
30
CURRENT
= 90°C)
400
60
SECOND
40
60
1000
1000
60
80
T
400
J
100
60
I
BO
100
924
WATT-SECONDS
PER
PULSE
I C384/C385
di/df
::
IOOAMPS/~SEC
21<
3)(
41<
5)(
61<
91(
10
20
30
40
5060
eo
100
puLSE
BASE
8.
ENERGY
AND
PER
PULSE WIDTH
400
200
WIDTH-MICROSECONDS
PULSE
VS.
(di/dt
GOO
800
II<
PEAK CURRENT
= 100 A//lsec.)
10K
1000
800
600
500
400
300
200
100
1000
800
600
500
400
3001---!---+--+-
-t;;
0250~
,
02
Ol~
..
~
016
014
~~
,~~
~6
~
~
003
80
~2
01--01--
40
--
30
0
10
'--"--'-r-1-r--r-r-::-::-,-",;;;:T""""nT"''''''''-~:;;:::-,==-:-:::-::-o::--r-,,-.-'
1---'-
...............
~
........
..........
......
:::::::
~
-
-
-
"-
---
-
20
30
9.
ENERGY
-+-t--t-1-t;';Tit'-'k:-"""","',...'
......
No.4
J).~
......
~"'""'-........::
['.
.::::
~
......
......
......
......
::::
~
~"
r--.
....
~
......
::::t--
r-..
~
I"---
r-
r-...
~
,:-.
-
40
5060
aD 100
PULSE
PER
PULSE WIDTH
AND
~
"-
~
~
"-
,r-..
~
~
:::::
..........
~
:';
--
200
BASE
PULSE
I:.0~
~
""
r--.
~
1"
r-..
r...
t......'
1'
......
t-..
t:;:
~
i'-
:-::
::--..
400
WIDTH-MICROSECONDS
....
i::::~
~
.....;
:::~
~s:
~
r-...
~~
~~
.......:
:;:~
r-..
r-...
r-.r-......
F'--
r-...
........
'~
r-..
---
600
BOO
VS.
PEAK CURRENT
(di/dt
= 25 A//lsec.)
WATT
-SEC/PVLSE
t"-......
" "
..................
.
~
~
...........
c-.....
t:::
t;:
~
~
~
~
di/dt
IK
21<
3
6
•
,
'c:-...;
"
....
'I'......
::::
,
~
~
~
~
'",
"
~
'~
t::
~~
....
.....
~
~~
~
:::....
:--...
~
- -
.L~
::
25
AMPS/",SFC
31(
41<
51<
61<
BK
10K
80
60
-
50
'
40
30
di/dl::
5 AMPSIj.!SEC
21<
31(
4K 5)(
61<
8K
10
20
30
40
50
60
80
100
200
400
GOO
800
IK
VS.
PEAK CURRENT
(di/dt
= 5 A//lsec.)
10.
ENERGY
AND
PULSE WIDTH
PULSE
PER
BASE
WIDTH-MICROSECONDS
PULSE
101(
925
C384/C385l
~
6000
w
'"
~
2000
«
,:.
1000
Z
w
600
'"
::>
'"
u
200
w
100
~
C/)
60
Z
0
C/)
20
::>
0
w
10
z
«
I-
6
Z
«
I-
(J)
2
!'E
I
o 2 3
11.
10,000
9,000
w
!i
6,000
I--
'i'(J)
5,000
~~
's:~
4,000
«::;:
'3:«
~~
3,000
(J)Z
Ij~
«~
Xu
2,000
«
""
w
Q.
I'
I
I
INSTANTANEOUS ON·STATE VOLTAGE-VOLTS
MAXIMUM
./'
V
L
/TJ=125°C
ON-STATE CHARACTERISTICS
INITIALITJ c -40
~~kco
~
l..--
0
6
TO
DOUBLE-SIDE COOLING
--
+125°~
~
-
(J)
::>
o
w
Z
f'!
Z
~
(J)
!'E
.2
.3
4
12. GATE TRIGGER CHARACTERISTICS
60,000
':!,.
50,000
C/)
Q.
C/)
<!>::;:
~
40,000
:~<tO
H!;t
~
hj30,000
D::,£SU)
-
20,000
10,000
8,000
6,000
5,000
4,000
3,000
.4.5.6.7.8
INSTANTANEOUS
AND
--
--
GATE
POWER
INITIAL
--
1.0
CURRENT
RATINGS
TJ =
-40°C
2.
- AMPERES
TO
+125°C
r--
-
3.
4.
5.
6.
7.
8.
10
..,
r-
r--
r--
-
AT
60
I-
!i
~
"-
~
I
W
U
Z
«
0
w
Q.
~
-'
«
:li
w
'"
X
I-I--
Z
w
U)
z
«
I-
'"
10
Hz
1.01
.1
.01.
./
001
~
15.
20
V
~
~~
.01
TRANSIENT
/:::::
2
13. SURGE (NON-REPETITiVE) ON-STATE CURRENT
5
CYCLES
60
14. SUB-CYCLE SURGE (NON-REPETITIVE)
rtrWCOrEr~
./'
.....
,.
"'"
.1
TIME - SECONDS
THERMAL
JUNCTION-TO-CASE
OOU\3LE.-SIOE COOLED
1--'
I
IMPEDANCE -
2,000
I
ON-STATE
10
1.5
2 3 4 5 6 9
PULSE BASE WIDTH - MILLISECONDS
CURRENT
100
AND
2
1
t RATING
10
926
~
~
4
f----!---+----!-----c
~ 3 f---+---+--~
'"
CJ
2
'"
I
W
'"
<{
'"
I
U
0
W
0.6
w
'"
0.5
>
0
0.4
u
w
0::
0.3
4 5 6 8
REVERSE
dlldt(AMPERESII'-
16.
TYPICAL
RECOVERED CHARGE
SINEWAVE
CURRENT
10
RECOVERED CHARGE
~'tt±mAMPERES
20
30
40
50
60
SEC) ....
AT
WAVEFORM
80
25°C
500
400
300
200
100
ITM=50
100
DATA
C384/C385
100
~=l==~=l=~=l=l==R=a==l==l===l==r==r=Bffi
t
80r_-+~
w
60r--+~
gi)
40
3
:::J
30
8 =
~20~-+~---r~-+++~
u
W
0::
;;:;
l0t=±=t=
c:
B
1----+--+-
w
'"
6
0::
<{
I
U 4
IL--L~
I 4 5 6 8
17.
__
-1_~-+-+++++
__
-1_~-+-+++++
__
-L~~-L~~
REVERSE
TYPICAL
RECOVERED CHARGE
SINEWAVE
__
__
__
10
dl/dt
(AMPERES/I'-
CURRENT
+--+
+--+
~-+-
__
+--r4-++~
__
+--r4-++~
__
~-L~~~
20
30
40
SEC)
WAVEFORM
50
....
AT
125°C
60
80
100
500
400
300
100
AUK
CATHODE
f)
RED
f
P
--
H
~
L
----~~~~~~~==T~T
\----------
E
-1
i
,1---L..-,
ACCEPTS AMP.
TERMINAL
OR
H T
-SURFACE
#60598-1
EQUIVALENT
STRAIGHT
CREEPAGE
LEAD
LENGTH,
TYP. 2
,
I
A
TYP.
LEADS
D
.
.
---J
,
OUTLINE
R-DIA.
S
-DEEP
I:
.
+
t
B
DRAWINGS
1;-
C
f
!
SYM
A
B
C
D
E
F
G
H
J
K
L
M
N
P
R
S
.,.
,
U
TABLE
DECIMAL
MIN
.744
.030
.515
1.600
.110
.031
.057
7.980
-
.137
.065
.245
.120
1.090
.135
.067
':tAr.
.-.1.,.....,
.186
OF DIMENSIONS
Conversion Table
INCHES METRIC
MAX.
.752
.060
.565
1.656
-
.017
.059
B.115
.300
.153
.070
.260
.140
1.125
.145
.083
-
.189
MIN.
18.897
.762
13.081
40.64
2.794
.330
1.447
202.70
-
3.479 3.886
1.651
6.223
3.048
27.69
3.429
1.701
8.636
4.724
MM
MAX.
19.101
1.524
14.351
42.06
-
.432
1.449
206.11
7.620
1.778
6.604
3.556
28.
3.683
2.108
-
4.801
55
S27
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