i,
U
na.
20
STERN
AVE.
SPRINGFIELD,
NEW
JERSEY
07081
U.SA
TELEPHONE:
(973)
379-2922
(212)
227-6006
FAX:
(973)
376-8800
Schottky
Barrier
Diodes
for
General
Purpose
Applications
Technical Data
1N5711
1N5712
5082-2300
Series
5082-2800
Series
5082-2900
Features
• Low
Turn-On
Voltage
As Low as
0.34
V at 1
mA
•
Pico
Second
Switching
Speed
•
High
Breakdown
Voltage
Up to 70 V
•
Matched
Characteristics
Available
Description/Applications
The
1N5711,1N5712,
5082
2800/
10/11
are
passivated
Schottky
barrier
diodes
which
use a
patented "guard ring"
design
to
achieve
a
high breakdown
voltage.
Packaged
in a low
cost
glass
package, they
are
well suited
for
high level detecting, mixing,
switching,
gating,
log or A-D
converting,
video
detecting,
frequency
discriminating,
sampling,
and
wave shaping.
The
5082
2835
is a
passivated
Schottky
diode
in a low
cost
glass
package.
It
is
optimized
for low
turn-on
voltage.
The
5082
2835
is
particularly
well suited
for the
UHF
mixing
needs
of the
CATV
marketplace.
The
5082-2300
Series
and
5082-2900
devices
are
unpas
sivated Schottky
diodes
in a
glass
package.
These
diodes
have
extremely
low
1/f
noise
and are
ideal
for low
noise
mixing,
and
high
sensitivity
detecting.
They
are
particularly well suited
for use
in
Doppler
or
narrow band video
receivers.
Outline
15
0.41
(.016)
0.36
j.014|
'
1.93 (.07$)
29.4(1.00)
1.73
CATHODE
4.M
(.170)
3.81
(.160)
25.4(1.00)
MIN.
DIMENSIONS
IN
MILLIMCTERS
AND
(INCHES).
Maximum
Ratings
Junction Operating
and
Storage Temperature Range
5082-2303,-2900
<50°C
to
+100°0
1N5711.1N5712,
50822800/10/11
65°C
to+200°C
50822835
-GO°C
to
+150°C
DC
Power Dissipation
(Measured
in an
infinite heat
sink
at
TCASE
=
25°C)
Derate
linearly
to
zero
at
maximum
rated temperature
5082-2303,
2900
100 mW
1N5711,1N5712,
5082-2800/10/11
250
mW
50822835
150
mW
Peak
Inverse
Voltage
VBR
NJ
Semi-Conductors
reserves
the
right
to
change
test
conditions,
parameter
limits
and
package
dimensions
without
notice.
Information
furnished
by
NJ
Semi-Cnnducliirs
is
believed
to be
both
accurate
and
reliable
at the
lime
or'going
to
press.
However
NJ
"xmi-Conductors
assumes
no
responsibility
for
an>
errors
or
omissions
discovered
in its
use.
NJ
Semi-Conductors
encourages
tibtomers
lo
vcrit'v
that
tlmasheets
lire
current
before
placing
orders.