Powerex A398 Data Sheet
High
Speed
145.73
11/77
The A398 series
Fast
1500 Volts
is
General Electric's highly reliable, all-diffused, Press-Pak,
Recovery
Rectifier
400A
Avg
400 ampere, fast recovery, silicon rectifier diode. These diodes are designed
for use
necessity. These diodes provide a superior combination
in
high frequency applications
or
where a fast recovery diode
of
speed, blocking
is
voltage capability and soft recovery, which is required in such demanding
applications
as:
• Inverter Feedback Diode
• Free Wheeling Diode
• High Frequency Rectification
• Low EMI Power Supplies
FEATURES:
ED
+175°C Operating
ED
Published Current Ratings Up
ED
Soft
Recovery With Low Recovery Charge • Rugged Glazed Ceramic Hermetic Package
Junction
MAXIMUM
REPETITIVE
TYPES
A39SA 100 Volts
A39SB
A39SC
A39SD
A39SE 500
A39SM
A39SS 700
A39SN
A39ST
A39SP 1000
A39SPA 1100
A39SPB
A39SPC
A39SPD 1400
A39SPE
PEAK
VOLTAGE,
TJ = -40°C
200 300
300
400
600
SOO
900
1200
1300
1500
Temperature
to
20,000 Hz
ALLOWABLE RATINGS
1
REVERSE
V
RRM
to
+175°C
• All-Diffused
ED
Package Reversibility
NON-REPETITIVE2
PEAK
REVERSE
VOL
TAGE,
V
TJ =
25°C
200
400
500
600
720
S40
950
1075
1200
1300
1400
1520
1600
1700
RSM
to
175°C
Volts 100 Volts
AND
SPECIFICATIONS
DC
REVERSE3
VOLTAGE,V
T
= -40°C
J
200
300 25
400
500 25
600 25
700
SOO
900
1000
1100
1200
1300
1400
1500 25
to
a
+175°C
R
..
A398
··~·~·o
........
,
.••
,.
.'
-..;.::-.~".
B
REPETITIVE
PEAK
REVERSE
CURRENT,
TJ =
IRRM
175°C
25mA
25
25
25
25
25
25
25
25
25
25
IFM
(Tc
Peak Forward Current,
Forward Voltage Drop, V
Reverse Recovery Charge,
Peak One-Cycle Surge (Non-Repetitive), Forward Current, I
Minimum
Thermal Resistance,
Storage Temperature, Tstg ,
Operating
Mounting Force Required
NOTES:
1 Assumes a heatsink thermal resistance
2 Non-repetitive voltage and current ratings, as contrasted to repetitive ratings, apply for occasional
3 Assumes a heatsink thermal resistance
1
Junction
example,
2
t Rating (See Curve 11), t ~ I.S
ROJe
Temperature, T
the
forward surge current ratings are non-repetitive ratings that are used in fault
= +90°C, Half Sine
(IF
=
FM
QRR
(DC),
..... , ..
3000
(IT
=
....
.... , ... , ...
J
A., TJ =+25°C)
1260
A,
, . _ ,
,.,"
, . , . ,
of
less than
of
less
GENERAL
Wave
Pulse Width = S.3 msec., D.F. = 50%) . , , . , . ,
, . ' , , ,
di/dt
= 25 A//lsec, TJ = 25°C) , , , , . ,
, ,
FSM
..
msec. (Non-Repetitive)
..
_ , , , , , . , . ,
' , ,
.........
•.•.•....•.
... , ...
2.0°C/watt.
than
1.00 C/watt.
(60
.....
, . , . ,
,
......
, ,
.... , ...
.. , ....
Hz) _ . , , , ,
.......
, , . , ,
ELECTRIC
-
.. , ...
_ . , • ,
, ' , , . , ,
, . ,
.. , ..
Type
...
,
....
.....
, , . _ , , ,
.............
...
A39S-X9
, , . , _ ' . ,
_ , , , , _ ,
coordination
, . ' . , . , . , , . ,
, ,
..
, . , , , ,
....
..... , ..
, .
167,000
.....
..........
(RMS
.....
, ,
,
or
unpredictable overloads, For
work,
..
.....
.,
42/lc Maximum
. . .
..
26/lc Maximum
Ampere?
, ,
....
....
_40°C to +175°C
.. , ..
_40°C to +175°C
, .
,.
SOO
3.56 KN
1200
Amperes
2,S Volts
7000
Amperes
Seconds
_095°C/Watt
Lbs. ± 10%
± 10%
10,000
Ul
W
0:
W
0..
::IE
<
I
I-
~
1000
0:
0:
::J
U
o
0:
;
0:
~
100
Ul
::J
o
W
Z
~
Z
~
;!:
I-T
•
J
/ I
1.
I I
.4
175'CHT
'/
•
J
/1
1.0
INSTANTANEOUS
MAXIMUM
/
/'
,.-
25'C
2.0
FORWARD
3.0
FORWARD
4.0
VOLTAGE - VOLTS
CHARACTERISTICS
DEVICE
5.0
SPECIFICATIONS
10,000
I-
Z
w
0:
0:
::J
U
o
0:
;
~
Ul
><w
<0:
~~Iooo
w:l!
..J<
m
;
o
..J
..J
<
~
!
X
<
6.0
7.0
::IE
100
-
-<0000
10
r--
,
t"--I'-
~o
,0
"u(,
PEAK
..........
-
.........
-
1
~d.l
_'DODO
2.
MAXIMUM
e90~
SINUSOIDAL PULSE BASE WIDTH - MICROSECONDS
CURRENT
["-.,
~
......
~o~
t"--
100
ALLOWABLE
SINUSOIDAL
(TC = 95°C) DOUBLE-SIDE COOLED
$~$
I"h::
"~~
1I1
~COl\to-
"~
1000
",
FORWARD
WAVEFORM
6'0
10,000
10,000
I-
Z
W
0:
0:
::J
U
o
0:
;
0:
o
U,Ul
><w
<0:
i---
~~Iooo
w::E
..J<
m
<
I---~~
:=
o
..J
..J
<
::Ii
::J
::Ii
X
<
::Ii
100
10
3.
10,00 I-0
Z
W
0:
0:
::J
U
o
0:
;
0:
o
U,
Ul
><w
<0::
000
~qo-
~~I
I "
w::E
..J<I
m
l
..J
..J
<
:IE
::J
:IE
X
<I
::Ii
100
10
.........
........
.............
""-
d
-
r.Aoo~'o~
-10,000
SINUSOIDAL PULSE BASE WIDTH - MICROSECONDS
MAXIMUM
",-"",
100
ALLOWABLE
SINUSOIDAL
..,f;U(,$
~$
I"--
-(0
0
r--9
FORWARD
WAVEFORM
1K-9
I
~
1000
DOUBLE-SIDE COOLED
I'\.
'\.
"-
I'--
'\..
1\
1\
\
00
TRAPEZOIDAL PULSE BASE WIDTH MICROSECONDS
5.
MAXIMUM
CURRENT
(Tc
-t
/0
"
~o
'~~~~
-~O
ALLOWABLE
= 95°C)
~~
""
100
TRAPEZOIDAL
DliDT
"u($
r-...
'"
"<.00
_
....
0
PEAK
(RISING &
~$
"~~
U
'100
1000
WAVEFORM
100 AiMS DOUBLE-SIDE COOLED
$
~~o
I"--
CURRENT
(Tc
= 120°C)
$~C~
FORWARD
FALLING)
--..
6'0
10,000
60
=
10,000
10,000
Ul
W
0:
W
0..
::IE
<
I
I-
Z
W
0::
~IOOO
u
o
0::
<
:=
0::
~
><
<
W
0..
100
10
4.
10,
000
I-
Z
W
0::
0::
::J
U
o
0::
<
3t
0:
o
u'Ul
><w
<0::
Ww
0..0..
w::IE
..J<I
m
~r-
~
..J
..J
<
:IE
::J
::!!
x
<
::Ii
100
10
PULSE ENERGY IN
r--.....
-
-I-
'-I-
'"
""
~
'-t.d
"
I""~
i'-.
'1",
-t
"~-t
i'-
'1,
""
"'-
I---:
~-t
,0",
~
r-.....
"-
i'
"
"'\.
SINUSOIDAL PULSE BASEWIDTH - MICROSECONDS
SINUSOIDAL
100
PULSE
'"
1000
ENERGY
'\
I"\..
"\..
r---..
I'\.
~
'00-
6.
'\
\.
~\
f'.
/0L-
p.:O
r--~O
--!2
TRAPEZOIDAL PULSE BASEWIDTH - MICROSECONDS
MAXIMUM
CURRENT
(TC
= 120°C)
"\..
""'\.."
-t~~~~~
o
00
100
ALLOWABLE
"u($
,~
,
I 0
::::?.o0o
0
1000
PEAK
TRAPEZOIDAL
DliDT
(RISING &
100 AiMS DOUBLE-SIDE COOLED
WATT-SECONDS_
PER PULSE
~
"'\.
" "
"-
"-
'"
~
"""
~
"00
WAVEFORM
0..
(TJ = 175°C)
~
$~cOIV
FORWARD
FALLING)
'\."
10,000
60
10,000
=
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