5.2
Condensed Electrical And Thermal Characteristics And Ratings
GETYPE
CONSTRUCTION
SPECIFICATIONS
I Voltage Range
Forward Conduction
Max. forward conduction sinusoidal:
I(RMS)
I
TSM
I2t
RSJC
tq
QRR
dildt
T
J
dV/dt
lOT
VGT
V
TM
RSJC
Package Outline No.
Max. Mounting Force
Expanded Electrical Characterization, see page:
@Tc = 65°C,
@60Hz.
@600Hz.
@ 1000 Hz. 1600
@ 1200
@2500Hz.
@5000Hz.
@ 10,000 Hz.
Max. peak one-cycle, non- 50 Hz. 18,000 15,000
repetitive surge current (A)
Max. I
Max. thermal impedance (OC/w)
Tum-off
V
~
R
@ 20V I
@ 100V/jLsec reapplied
@ 200V/jLsec reapplied
@
400V/jLsec reapplied -
Max. reverse recovered charge (jLc), T
Critical rate-of-
rise
of
Junction operating temperature range (OC)
Min. critical rate-oF-rise
voltage, exponential to
@ Max. T
Max. required gate current to trigger (rnA)
@
-40°C
@
+25°C
Max. required voltage to
trigger (V) from
Max. forward voltage
drop for the
current
range:
Transient thermal
resistance
time:
50% duty (A)
Hz.
2
t for fusing 1.5 msec (A2sec)
time @ 0.8
50V
(jLsec)
jLsec
reapplied -
on-state current
(V/jLs)
J
For
-40°C
2
V
DRM
(AI
of
0.8 V DRM
to +
1
1600
and
jLs)
off-state
125°C
INVERTER
TO
SCRs
2000
AMPERES
500-1400 500-1400
-
2000 1600
1800 1600
1500
750
-
-
60
T
Hz.
J
18,700
625,000
.023 .023
16,000
420,000
-
40
=
25°C
J
IMIN(A)
IMAX(A)
A 1.5
B
C
0 .03 .005
TM1N(S)
TMAX(S)
F
G
Lbs
KN
300 65
800 800
-40
0
to + 125
400 400
400
200
100
10000 10000
-.2
.00002 .0003
.001 .001
.055 .055
308 308
6000 6000
26.7
-40
5 5
.01 .01
.63 .63
229
-
1600
1600
1400
1250
-
-
-
25
-
to + 125
400
200
100
.29
.14
26.7
230
308
0
1. Voltage Drop Model: V F = A +
2. Transient Resistance Model: R8JC =
B'
LN(I) + C
F·
to
1+
O'J'I.
140
5.3
Expanded Electrical Characterization
I
C458
I
SII\lUSOIDAL CURRENT
3
2
rn
~IO,OOO
a. 9
~
~
f-
6
Z
W
a:
5
a:
:>
u
4
w
f-
3
fS
rn
z
a
2
<t
'"
w
il.
1.
(J)
w
CI:
w
a.
~
f-
Z
UJ
CI:
a:
:::l
U
UJ
f-
«
f-
rn
Z
0
«
'"
UJ
a.
/
1,000
10
MAXIMUM
2
10,000
B
6
4
1000
10
2.
MAXIMUM
WAVEFORMS
!INUJJ
WITH
ORR
~OSSESI
TCASE=65°
SWITCHING
REVERSE
I
/
I
V
/'
v
/
f-
l.-
1/
2
3 4 5
PULSE
SNUBBER
1~li
67
89100
WIDTH -MICROSECONDS
VOLTAGE = 900y
VOLTAGE = 900y
: 150,0.25,.. f
~
...........
r---........
.......
~
"3000
5000
2 3 4 5 6 7 8 9 1000
'"
2OOO
r----.
..........
ALLOWABLE PEAK ON-STATE CURRENT
VS. PULSE
WIDTH
(T c =
65°C)
SINEWA'JE WITH
TeAsE =
SWITCHING VOLTAGE = 900V
REVERSE VOLTAGE = 900V
SNUBBER: 15.0. 0,25;..1
,
.......,
-
I
r-.....
I r I I 1
-............
V
/"
/
./
,.."....
/'
....-
/
V
VS.
~.OOO
PULSE WIDTH - MICROSECONDS
ALLOWABLE PEAK ON-STATE CURRENT
PULSE
,..",
r--......
~5000
8
100
WIDTH
.............
30~
(T c =
~
2000
\
900CI
I
FREOUENCY
I-
HERTZ-
.......
~O-
~IO
ORR
LOSSES
90'C
FREOUENCYHERTZ
/
......",
JooI-
I'f.:
..........
~1000
4
r-.
!
-'
I
i
i'-
81000
TRAPESOIDAL CURRENT
10'00:~~E!!am~~!3~~mi~~~~~~,m
(J)
UJ
a:
UJ
a.
::;:
1--+,-,
«
o-!
z
~
1000
a:
:::l
U
L1!
6
"-
~
~
Cii
Z
o
«
2
'"
L1!
a.
10
a
10
4.
MAXIMUM
10.000
B
6
(J)
w
a:
w
a.
::;:
2
«
I
f-
Z
w
100 a
a:
a:
8
:::l
U
6
UJ
f-
«
4
....
f/)
f---+--+--H--INH-'
z
0
1---1--""15.000
21---
«
'"
UJ
a.
10 a
10
5.
MAXIMUM
!
"-
'\
"
No.
-r'++-+++5N-OO-0-3000
"
~
15,000
,
20.?00
I
II
PULSE BASE WIDTH - MICROSECONDS
ALLOWABLE PEAK Ol\l-STATE CURRENT
VS. PULSE
20i000
I T case =
1
ALLOWABLE PEAK ON-STATE CURRENT
, VS. PULSE
~
1
10,000
1 I I
,
II
I
i i
I
i
il
6 8
100
WIDTH
\."
5000
• , TRAPEZOIDAL
10.000_1-
!
, SWITCHING VOLTAGE = 900 VOLTS
II
6 8 100 6 8 1000
PULSE BASE WIDTH - MICROSECONDS
WIDTH
WAVEFORMS
FR
EOU
EN
J"-,
1
""'l ' "\-,
~.l~.1
2000
i
1000, ~ 400""'1-+:
II
TRAPEZOIDAL WAVEFORM
I ' I
+dlldt:::
SWITCHING VOLTAGE = 900V
REVERSE VOLTAGE = 900V
SNUBBER:
TTei
3000 2000
1111
100
A/;Us
dl/dt =
100
150,0,25;.1
5
i
11111
6
(T c =
+d,/dt
= 100
-d,/d'
= 100A,
REVERSE VOLTAGE =
SNUBBER'
90'
(T c =
CY
H,E,RTZ
--i'-+-H-H+ti
II
/
'iK.
I ; I ill
I I I
AI)Js
81000
65°C)
" I
t+
1 000
'
WAVEFORM,
Aip
5
fI
5
150.
0.25,....
C
900CI
+-+-i-+-t-++!
ii,
-+1
+1
-++
1
Iii
,
i
I I
I,
900VOl
TS
f 1
I'
I I I • I
1
i
III
10,000
6 8
+1
I'
l
1
I
, .
!
1
II
I
II
11~
100 ~ SWITCHING VOLTAGE
;;;
F REVERSE VOLTAGE
(J)
r SNUBBER:
::
it
i (SEE NOTE 1)
;n
c
z
o
u
w
(J)
1°M!MI~~.
UJ
(J)
..J
:::l
a.
a:
w
a.
>-
(!)
a:
w
0.1
'---'./"---J..V-LlV-LV-'"'-'-"'I.L,--~----,---,I--'-..L...L.II.l-W..II,-----,-I----'--'-..L...L.IJ
z
100 6 a
,w
3.
ENERGY
15.0.0.25",1
PEAK
PER
<:
900V
APPLIED'"
ON-STATE CURRENT - AMPERES
PULSE
900V
'/
1000
FOR
4 6 8 10,000 6 8
SINUSOIDAL PULSES
1000
500
300
200
100
50
w
(J)
..J
:::l
a.
Vi
Cl
.......
Z
o
U
UJ
(J)
I
....
....
""
~
10
UJ
U)
...J
:::l
6 SWITCHING VOLTAGE = 900V
a.
8~~~~~MII~~§'!(SEE
c:
w
f---i7'''-b'''b.f'':l;-!'TiY''''.-/1---ot50
C-
2
>-
a
a:
w
Z
w
6.
/'./
01~:::::f--
100
EI\IERGY
I
.w1J
I'
1/
I I
./
/'
PER
~
/J-::J/
,
1111
6 a 1000 6 B 10,000 2 6 6
PEAK ON-STATE CURRENT - AMPEPES
PULSE
!
V/'
10d
Ii!
--
NOTE
SNUBBER
-dildt
= 100 A.'fI 5
1-ld'Ll'tj
100
./
; REVERSE 'vOLTAGE = 900V
FOR
TRAPEZOIDAL PULSES
1)
15
OHMS, 0.25". 1
A'(
I I !
I
IIIII!I
230