
Errata
Title & Document Type: 8711B and 8713B Network Analyzers User's Guide
Manual Part Number: 08713-90003
Revision Date: September1995
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HP
part
Printed
number:
in
US
A
08713-90003
September
,
1995
Notice
Safety
Information
Firmware
Revision
The
information
notice
.
Hewlett-P
including
tness
for
contained
with
the
F
or
safety
assistance
This
manual
above
.
Some
in
analyzers
can
upgrade
Hewlett-P
contained
ackard
but
not
a
particular
herein
makes
limited
or
furnishing,
and
regulatory
information
documents
features
with
earlier
your
rmware
ackard
sales
in
this
no
warranty
to
,
the
purpose
for
incidental
performance
information
see
Chapter
analyzers
will
not
rmware
to
or service
document
implied
.
Hewlett-P
or
,
or
11.
with
be
available
revisions
the
latest
oce
is
subject
of
any
kind
warranties
ackard
consequential
use
of
this
see
Chapter
rmware
or will
.
F
or
version.
for
information.
to
change
with
regard
of
merchantability
shall
not
be
damages
in
material.
13.
F
or warranty
revisions
B
.03.50
require dierent
full
compatibility,
Contact
your
without
to
this
liable
for
connection
and
keystrokes
you
nearest
material,
and
errors
and
c
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ackard Company 1995
All Rights Reserved. Reproduction, adaptation, or translation without prior
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1400 F
ountaingrove P
arkway, Santa Rosa, CA 95403-1799, US
A
.

Step
2.
Meet
Requirements
1.
Set
the
line
voltage selector
power
source
you
Electrical and
to the
position that
will
be using.
Environmental
corresponds to
the
ac
C
A
U
T
I
O
N
Before
switch
(T
5A
N
The
O
switching
is
set
250 V)
T
E
working
Insert
on
to
the
is installed.
fuse
and
a
artwork
this
instrument,
voltage
spare
are
here
of the
power supply
Assure the
located
in
.
make
supply
the power
sure that
and the
voltage
cable receptacle
the line
correct
is
in
the
.See
voltage selector
fuse
specied
Figure 8-11
.
range
.
1-4
Figure 1-1. V
oltage Selector Switch Location

Installing
Step 2.
4.
Verify
outlet
illustration
Figure
with
the
Analyzer
Meet Electrical
that the
provides a
depicts only
8-10 to
your analyzer
Insert
artwork
and
Environmental
power cable
protective earth
one type
see the
dierent types
.
here
.
Requirements
is
not
damaged,
ground contact.
of power
of
and
source
power
that
cord
the
Note
outlet.
plugs
power
that
Refer
that
the
to
can
source
following
be
used
W
A
R
N
W
ARNING
Figure
1-2.
Protective
This
is
a
I
N
G
ground
inserted
Safety
incorporated
in
interruption
is likely
to make
Class
a
socket
of
the
the instrument
I
product (provided
in
the
power
outlet
protective
provided
conductor
cord).
dangerous.
with
Earth
Ground
with a
protective earthing
The mains
a
protective earth
,
inside
or
outside the
Intentional
plug shall
interruption
only be
contact. Any
instrument,
is
prohibited.
If
this instrument
voltage reduction,
neutral (earthed pole)
is
to
be
energized
via
an
external
autotransformer
for
make sure that its common terminal is connected to a
of the power supply
.
5. Ensure there are at least two inches of clearance around the sides and
back of either the stand-alone analyzer or the system cabinet.
1-6

HP-IB
Connections
Installing
Step 4.
An
the
Congure the
HP-IB system
following
The total
The total
times
maximum
4
meters if
devices
See
Figure 1-5
Analyzer
Analyzer
may be
rules are
number of
length of
the number
of 20
only
is not
critical
for
observed:
devices is
all the
of
devices
meters
.
2
devices
as
dierent
connected in
less
cables
used
connected
F
or
example
are
involved.
long
as
the
connection
any conguration
than
or
equal
is
less
than
together
,
the
The
overall
up
maximum
length
restriction
congurations
to
15.
or
equal
to
cable
between
.
as
long
an
absolute
is
met.
as
to
2
length
adjacent
the
meters
is
1-12
Figure
CONNECT
Instruments/Peripherals
Two 4m
Fifteen (max) 20 m (total)
here
Figure
Table
in System
.
1-5.
HP-IB
Connection
1-1. Maximum
Congurations
HP-IB Cable
Lengths
Maximum HP-IB Cable Length
Between Each Pair
of
Devices

Front
P
anel
Tour
1
The
2
4
BEGIN
3
MEAS
4
SOURCE
5
CONFIGURE
6
SYSTEM
7
The
CR
T
Displa
Numeric
The
y
5
Ke
ypad
analyzer's
programming
\Displa
The
4
selection
ampliers, or
FIL
TER
measurement
analyzer into
capability
The
measure
capabilities
1DA
The
source
example
sweep
The
congure
receiver
instrument
The
system
and
hardcop
ke
ys.
Use
the
4
ENTER
You
can
values,
code
y"
in
Chapter
BEGIN
of
basic
mixers). F
as
your
broadband detection
allows
ke
include
and
1DB
ke
ys
,
selecting
time
,
number
bandwidth
calibration.
ke
y output.
number
5
ke
also
use
while
the
large
, softke
5
ke
y
measurement
device
dynamic
new
ys
select
transmission,
only).
select
source
ke
ys
control
and
ys
control
ke
ys
y
or
the
4
*
CR
T
displa
y menus
8
for
simplies
or example
type
range
users
the
the
of
points,
averaging,
system
HP-IB
to
enter
the
softkeys
front
5
and
ys
more
information.
measurement
parameters
puts
the analyzer
.
In
comparison,
to
start making
measurements
reection,
desired
frequenc
and
receiver
level
parameters
a
panel
5
ke
4
+
data,
markers,
and measurement
setups.
for
, when
making
into narrowband
selecting
mode,
enabling
measurements with
for
power
source
output
y
range
or output
sweep
triggering.
and
displa
y
displa
y
scaling
functions.
and
IBASIC
specic
numeric
to terminate
knob
for
making
ys
allow
you
limit
lines,
parameters quickly
The
a
user-specied
a
transmission
MIXER
frequenc
each
channel.
,
conversion
signal
power.
parameters.
and
format,
These include
are
value
for
the
numeric
continuous
to
change values
Instrument
begin ke
y
translation
to
the
These
also
a chosen
entry
as
loss,
The source
controlled
BASIC
and
clearly
y allows
quick and
class
of
devices
measurement,
detection mode
your
device
type
measurements.
as few
as
four
The
analyzer's measurement
and
AM
dela
device
under
test, for
keys
also
parameters
marker
functions,
instrument
adjustments
parameter.
with
the
in steps.
preset,
with
these
appropriate
to
(IBASIC)
.
(e
.g.,
selecting
,
maximizing
puts
ke
ystrokes.
y
(options
control
include
and
save/recall,
system
Use
parameter
Refer
easy
lters,
This
the
units.
to
the
8
4
HARDKEYS
F
F
F
F
FF
FF
FF
FF
F
Softkeys
9
5
Hardke
ys
are
front
panel
ke
ys
ph
ysically
located
on
the
instrument
these
keys
will be
represented b
such as:
4
PRESET
F
F
F
F
F
F
F
F
F
F
F
Softkeys
are ke
displa
yed
on
In text, these ke
FFFFFFFFFFFFFFFFF
Sweep Time
FFFFFFFFFFFF
5
ys
whose
the
screen
ys will be represented b
.
.
next
labels
to
y
are
the
the
ke
y
name
determined
8
blank
ythe ke
with
a
box
b
y
the
analyzer's
keys
next to
y
name with shading behind it such as:
around
rmware
the displa
front
it
y screen
panel.
.
The
In
labels
on the
text,
are
analyzer.
2-3

Getting
Started
Entering Measurement
Parameters
Presetting
the
Analyzer
Press the
it
reverts to
following
4
PRESET
a known
major default
Frequency
Frequenc
y
P
ower level
Channel
1
Channel
2
F
ormat
Number
Sweep
time
When the
operating condition.
conditions apply:
1
range
2
range
measurement
measurement
of
points
analyzer is
5
key
.
Scale 10
Reference 0
System
Bandwidth
1
HP
8711B
only
2
HP
8713B
only
preset with
When
this
0.3 to
1300 MHz
0.3
to
3000
0
T
ransmission
L
og
Magnitude
201
Auto
Medium
dBm
O
dB/div
dB
key
MHz
the
4
is
pressed,
PRESET
5
the
key
,
N
O
T
E
The
measurement parameters
power
is turned
See Also
Refer to
Chapter 14, \Preset State and Memory Allocation," for a comprehensive table of preset
conditions.
2-6
o, and
will
that you
be
restored
enter
when
will
the
be
retained
power
is
in
the
turned
analyzer's
back
on.
memory
when
the