~@
WESTCODE
.~
SEMICONDUCTORS
,-,;
Technical
Publication
1N3879-83
Issue 1
February
1981
Fast
6 amperes
RATINGS
Recovery
(Maximum Ilalues at Tj 150° C unless stated otherwise)
\'.
Average for1:-ard
RMS
DC
Peak
Maximum
Operating
Storage
~~
,
current
forward
c.urrent
:
one-cyc~
f
,.
i
sur~~
temperature
temperature
Stud-Base
;average:
(non
range
range
~
repetitive)
RATING
current
surge
12t ms
CHARACTERISTICS (Maximum
CHARACTE
RISTIC
Diode
Half sine wave
10
10
3ms
values
up
ms
at
sine
sine
sine
Tj
Type
- I
. I
IN3879-83
to
400
CONDITIONS
100°C
case
temperature
{60%
V
pu
se V
{60%
pu
se
pulse
150°C unless stated otherwise)
CONDITIONS
RM";;10
V
VRM,,;;
V
RM";;
RRM
volts
RRM
10
volts
1 a volts
volts
re-applied
max.
re-applied
max.
VR
SYMBOL
'FfAV)
IFfRMS)
IF
I
FSM
I
FSM
12
12
12t
Tease
T
SYMBOL
RM
(1)
(2)
t
(1)
t
(2)
(3)
stg
6A
47A
47A
125A
145A
7BA2s
105A2
s
7BA2s
-65,+150°C
-65,+175°C
Peak
Forward
Forward
Peak reverse
Thermal
Reverse
VOL
Repetitive
Non-repetitive
ORDERING
\
Typical
forward
TAGE
voltage
conduction
conduction
current
resistance
recovery
CODE
voltage
voltage
,
ti
me
drop
threshold
slope
INFORMATION
1
FIXEDJEDEC
CODE'
codes 1 N3881 = 200V
V
V
RRM
RSM
N
voltage
resistance
.diode
RRM
(Please
with
At
40A,
IFM
V
= V
RM
Junction
Case
to
IFM
=
V
=
RM
879
50
100
RRM
to
case
heatsink
1 A,
dildt = 25
50V,
(max.)
T· =
J
880
100
200
quote device code
3
FIXED
.CODE
base
cathode 1 N3881
25°C
R =
V
FM
Vo
r
•
trr
882
300
400
CODE
with
'RRM
IRRM
Rth 0-c)
Rth(c--hs)
•
base
anode
~
=
150:C
j =
25
C
A/jJ.s
881
200
300
as
-explained below - 6 or 7 digits)
•
VOLTAGE
(see
above)
200V
RRM
diode
883
400
500
1.7V
1_35V
BAmn
lamA
lmA
5.65°C/W
O.25°CIW
O.2J,1S
•
for
reverse
polarity
suffix
add
R
....
-:::.:,
"0
.'
(.)
o
i
:::I
~
III
B
..
.
:£i
0r=
'§
~
co
E
"
..
~
~
co
::
c"
.g
co
C.
.~
'i5
'E
~
.E
x
'"
E
150
130
110
90
70
50
30
20
15
10
5
2
o
I
I
I
I
I
I I I
I
I
I I
I
I
I I
I I I I I 3 phase sq. wave
mllllllill
I I 6 phase sq.
I I
I
I
I I
I
I
I
I
I
y,
A
mean
I
I
I
I I I
I
II!
I I
I
I
I
I
I I I
I
I
Ig
1/,
I
~
I I I
I
I
I
2
forward
current,
3 phase sq. wave
6 phase
sq. wave
4 6
I
I
I
I I I
I I
wave:
I ; I
I
I
I
I
I
I I I I
I
I
I
4
8
I
I
1 phase sine wave n
I
I I ' I
,
:
-<9
I
I
,
I
I
I
I
I
I
I
I
I
I
6 8
amperes (whole cycle average)
1.,
I
p
10
10
hase
si
t-:
I
!
I
I
.
ne
12
12
DC
I
I
I
'-
wave,:
I
I
I
I
I
I
I
14
14
~
1000
~
E
..
~
c
e
100
$
...
'E
~
.E
..
:::I
o
OJ
C
~
C
=
.S:
10
0.5
max.
liff
~
instantaneous
~lL
frr
1.5
torward
l
'
voltage, volts
2
~
I
~
4-
,
2.5
l-lo
I I
I
I
I
3
Figure 3 Forward voltage characteristic
of
I
limit diode
Figure 1 Dissipation and case temperature
v.
current 50Hz
10
v
~
u
°
OJ"
e.>
c
V
'"
] 0.1
c.
.§
co
E
OJ
-=
0.01
0.0001
time.
0.001
seconds
Figure 2 Junction
thermal impedance
In
the interest
0.Q1
to
case transient
of
product improvement, Westcode reserves
0.1
10
m.secs cycles
duration
of
surge
at
50Hz
Figure 4 Max. non-repetitive surge current
at
initial junction temperature 150°C
'.35
t2S)
dimensions
mounting
00-
4
the
right to change specifications
2 - 2.37
(0.207 - 0.242kgf m)
threads must
lubricated.
weight: 5 grams
at
any time without notice.
Nm
in
m.m. (inches)
torque:
not
be
WESTCODE SEMICONDUCTORS
P.O.
Box 57, Chippenham,
Wiltshire,
Telephone:
England
(Sales)
SN151JL
0249 444524
Telex: 44751 Telefax: 0249 659448
..."
HAWKER
Westinghouse
SIDDELEY
Brake
and
LIMITED
Signal
Co.
Ltd.