(Jna.
20 STERN AVE.
SPRINGFIELD, NEW JERSEY 07081
U.SA
TELEPHONE: (973) 378-2922
(212) 227-8005
FAX: (973) 376-8960
POWER ZENERS
3 Watt
FEATURES
• 10 Times Greater Surge Rating than Conventional
1 Watt Types
• Small Physical Size
ABSOLUTE MAXIMUM RATINGS
Zener Voltage, W
Continuous Current
Surge Current (8.3ms)
Surge Power
Power
Storage and Operating Temperature
MECHANICAL SPECIFICATIONS
1N5063-1N5117
DESCRIPTION
Fused-in-glass metallurgically banded
3 watt wrier diodes.
6.8 to 400V
See Table
See Table
See Graph
See Lead Temperature
Derating
Curve
-65-C to +17S-C
BODY A
BAND INDICATES
CATHODE END.
.155
TVP
.
r
= t
^
*
085 MAX..
ZMSinrn
f
1
.030
1 001
.
0.77mnj ±.03
.055
P" 3.9mm
(
"~it
_iTI
«
-gissJ
^"e.asmm"*^
,.250 MAX^.
1.625
MlN.
TVR
1.4mm
•*
41.3jnm
UZ Prefix is identified by a Blue or Red Cathode Band
Power Dittipatian
vs. Lead Temperature Derating Curve
5
Z
Surge Power
vs. Surge Duration
Typical Zener Impedance
vs. Zener Current
\J
^
rf
R DISSIPATIC
—
£
.,1
ZK
N
I
S
-
L
=
Lead Length.
from Body
0
tt
-^
?
rs
s
'\
P
s
K
k.
SQUARE P JL5E
Ll
S5»l~
g 100 —
^ 50
\
.
o
\\
N
^
S^
"N.
I
1D
5 »o
S
^>^>SC"
400V
^^r
:
^:
zl)CV
^$$<^
1
i
^^^3
^^O
^<fc.
V
IJO
V
1
50
75
100 125 150
LEAD TEMPERATURE CO
3
^
K._
las
lOus 100»s
1ms
SURGE DURATION (S)
a
Z
u
i
'
"N^^SSsov
N
1
K
i
.1
1
—
5^*
v
^J
6.8V1
1A
175
100ns
10ms
1
10
100
ZENER CURRENT (rrAJ
OPTIONAL HIGH RELIABILITY (HR2) SCREENING
The Inflowing tests
are
performed
on
100% of the devices specified
SCREEN
1. High Temperature
2.
Temperature Cycling
3.
Hermetic Seal ® Gross Uak
MIL-STD-750
METHOD
CONDITIONS
24 Hours ® T
A
= 175'C
C, 20 Cycles, -65 to +175°C. No dwell required
@ 25°C > 10 min. at extremes
E, ZYGU3
V
2
+ I
R
® 25°C
B, 96 Hours, T
A
- 25-C, l
z
adjusted so that
150°C < Tj < 175"C
V
z
+ l
fl
® 25°C
PDA - 10% (Final Electrical*)
1032
1051
1071
GO/NO GO
4. Interim Electrical Parameters
5. Power Burn-in
6. Final Electrical Parameters
1038
GO/NO GO
NJ Seiiii-Conduclors reserves the right to change test conditions, parameter limits and package dimensions without notice.
Information furnished hy NJ Semi-Conductors is believed to he both accurate and reliable at the time of going to press. However NJ
Semi-Conductors assumes no responsibility for any errors or omissions discovered in its use. NJ Semi-Conductors encourages
customers to verify that datasheets are current before placing orders.
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