Agilent Technologies Agilent 4396B User manual

○
CCopyright 2007 Agilent Technologies
Agilent 4396B Network/Spectrum/Impedance Analyzer Task Reference
Manual Change
Agilent Part No. N/A
January 2007
Change 1
Change the equations for the noise level measurement (page 3-3) to the following.
Converting to a Different Equivalent Noise Bandwidth
1. Calculate the conversion factor using the following equations with displayed units:
Unit Use
dBm/Hz K=10logBW
dBV/
√ Hz 、 dBμV/ √ Hz K=10logBW
W/Hz K=BW
V/
√ Hz K= √ BW
Where, BW is the target equivalent noise bandwidth.
マニュアル チェンジ
変更 １
ノイズ・レベル測定（ページ 3-2）の計算式を以下に変更して下さい。
等価ノイズ・バンド幅の変換
1. 表示単位にあわせて、以下の式から変換係数
K を計算します。
表示単位 式
dBm/Hz K=10logBW
dBV/√Hz、dBμV/√Hz K=10logBW
W/Hz K=BW
V/√Hz K=√BW
ここで、
BW は変換する等価ノイズ・バンド幅です。
Silicon Investigations
Repair Information - Contact Us
920-955-3693
www.siliconinvestigations.com

Safety Summary
When you notice any of the unusual conditions listed below, immediately
terminate operation and disconnect the power cable.
Contact your local Agilent Technologies sales representative or
authorized service company for repair of the instrument. If you continue
to operate without repairing the instrument, there is a potential fire or
shock hazard for the operator.
nInstrument operates abnormally.
nInstrument emits abnormal noise, smell, smoke or a spark-like light
during the operation.
nInstrument generates high temperature or electrical shock during
operation.
nPower cable, plug, or receptacle on instrument is damaged.
nForeign substance or liquid has fallen into the instrument.

Agilent 4396B Network/Spectrum/Impedance
Analyzer
Task Reference
SERIAL NUMBERS
This manual applies directly to instruments with serial number prex
JP1KE.
F
or additional important information about serial numbers, read
\Serial Number" in Appendix A.
Agilent Part No. 04396-90040
Printed in Japan November 2002
Fourth Edition

Notice
The information contained in this document is subject to change
without notice
.
This document contains proprietary information that is protected by
copyright. All rights are reserved. No part of this document may be
photocopied, reproduced, or translated to another language without
the prior written consent of the Agilent Technologies
.
Agilent T
echnologies Japan, Ltd.
Component T
est PGU-Kobe
1-3-2, Murotani, Nishi-ku, Kobe-shi,
Hyogo
,651-2241 Japan
c
 Copyright 1997, 2000, 2002 Agilent Technologies Japan, Ltd.

Manual Printing History
The manual's printing date and part number indicate its current
edition. The printing date changes when a new edition is printed.
(Minor corrections and updates that are incorporated at reprint do not
cause the date to change.) The manual part number changes when
extensive technical changes are incorporated.
March 1997
::
::
::::::::::::
First Edition (part number: 04396-90020)
July 1997
::
:::::::::::::
Second Edition (part number: 04396-90030)
March 2000
:::::::::::::::
Third Edition (part number: 04396-90030)
November 2002
:::::::::
F
ourth Edition (part number: 04396-90040)
iii

Contents
1. Overview
Key Operation Overview ...............1-1
Hardkeys and Softkeys ...............1-1
T
oggle Keys .................. .. 1-1
Numerical Entries ..................1-2
Notes ....................
..
.1-2
Character Entries ................. .. 1-2
T
oEnter Characters .............
..
.1-2
2. Recommended Spectrum Measurement T
ask Sequence
Step 1: Preparing for aMeasurement .........2-2
T
oConnect an Unknown Signal ........... 2-2
T
oPreset the Analyzer .............. . 2-2
T
oSelect the A
ctive Channel ............ 2-3
T
oDisplay Dual Channels .............2-3
T
oSelect the Spectrum Analyzer Mode ........2-4
Step 2: Setting the Trigger ..............2-5
T
oSelect the Trigger Mode .......
......2-5
T
oUse the External Trigger ............2-5
T
oSet the Trigger Signal P
olarity .......
.2-6
T
oSelect the Sweep Condition ............2-6
Step 3: Selecting the Measurement F
ormat ....... 2-7
T
oSelect the Display Unit . ..
...........2-7
Notes ........ ...............2-7
Step 4: Setting the Frequency Range . ..
..
....2-8
T
oSet the Center Frequency . .... .......2-8
T
oSet the Marker Position to Center ........2-8
T
o Set the Maximum P
eak to Center ........2-9
T
o Change the Center with the Specied Step Size .2-10
Example: Displaying Harmonics .. .. .. ...2-10
T
oSet the Frequency Span ...
..........2-12
To Set the Frequency Range to Full Span . . . . . .. 2-12
Notes .... .. .. .. .. . .. .. .. .. .. 2-12
ToNarrowtheSpanSetting. .. .. .. .. .. .. 2-13
ToZoomT
oaP
art of the Trace ........... 2-14
T
o Change the Zooming Magnication ....... 2-14
T
o Display a Zoomed Trace on the Other Channel . . 2-14
To Zoom Between the Marker and the 1Marker . . . . 2-15
Step 5: Setting the V
ertical Settings .... ...... 2-16
To Set the Reference Level ............. 2-16
Using the Entry Keys . . . . . . . . . . . . . . . 2-16
Using the Marker . . . . . . . . . . . . . . . . . 2-16
To Change the Scale per Division .......... 2-17
Step6:TuningtheSettings .............. 2-18
To Set the Resolution Bandwidth (RBW) ....... 2-18
To Set the Video Bandwidth . . . . . . . . . . . . . 2-19
Contents-1

T
o Turn O the Video Bandwidth .........2-19
T
o Minimize the Sweep Time ............ 2-20
Step 7: P
erforming Calibration ............2-21
T
oP
erform the Reference Level Calibration .....2-21
T
oUsethe External Reference ........... 2-22
T
o Turn O Calibration ...........
..
.. 2-23
T
oP
erform the Calibration for the 75 Conguration .2-23
Step 8: Reading the Measured Result ......... 2-24
T
oRead aV
alue Using the Marker .......
..
. 2-24
T
oStabilize the Trace .............
..
. 2-26
T
oStop the Sweep ...........
..
..
. 2-26
T
oUse the A
veraging Function .....
..
..
. 2-26
T
oUse Maximum or Minimum Hold Function .... 2-26
T
oCapture an Unstable Signal Using Signal Track ..2-27
T
oUse the Sub-markers .........
..
....2-28
T
oUse the 1Marker .........
..
..
....2-29
T
oSearch F
or aSingle P
eak on the Trace ..
..
..
.2-30
T
oSearch F
or Multiple P
eaks ............2-31
T
oSpecify the Search Range ............2-32
Using the Marker ...............
..2-32
Using the 1Marker .......... .. ....2-32
T
oIgnore Small P
eaks .....
..
..
..
.....2-34
Dening the P
eak Threshold ..
..........2-34
Using Rotary Knob .... ...........2-34
Using the Marker ..
..
............2-34
Dening P
eak Height ...
............2-35
3. Typical Spectrum Measurement T
echniques
T
oMeasure the Noise Level ..............3-2
T
oConvert to aDierent Equivalent Noise Bandwidth 3-3
T
o Measure the Carrier to Noise Ratio .........3-4
T
oP
erform the Time Gated Spectrum Analysis .....3-5
Step 1: Determining Gate Trigger P
arameters ....3-5
Step 2: Gate Trigger Source Connection .......3-7
Step 3: Setting Center and Span Frequency .....3-8
Step 4: A
djusting Gate Trigger ........... 3-8
Step 5: Setting RBW
,VBW
,and A
veraging ......3-8
T
oSet the Resolution Bandwidth .........3-8
T
oSet the VBW ...
..
..
..
..
..
....3-9
Step 6: Measuring ................. 3-9
To Measure Zero Span . . . . . .... .. .. .. .. 3-11
Notes .... .. .. .. .. .. .. .. .. . .. 3-11
To Stabilize the Trace Using the Video Trigger ... 3-11
To Read a Time Transition Using the Marker .... 3-12
To Track Unstable Harmonics Using Search Track . . . . 3-13
To Track and Zoom a Signal . . . . . . . . . . . . . . 3-14
Step 1: Setting the Wide Frequency Range . . . . . . 3-14
Step 2: Setting the Narrow Frequency Range for the
Other Channel ................. 3-14
Contents-2

4. Recommended Network Measurement T
ask Sequence
Step 1: Preparing for aMeasurement .........4-2
T
oConnectthe T
est Device ........... .. 4-2
T
o Preset the Analyzer ...........
..
.. 4-3
T
o Select the A
ctive Channel .........
..
. 4-3
T
o Select the Network Analyzer Mode ........ 4-3
Step 2: Setting the Sweep ...........
..
.. 4-4
T
oSelect the Trigger Mode ............ .4-4
T
oUse the External Trigger ............ 4-4
T
oSet the Trigger Signal P
olarity ........ 4-5
T
oTrigger on Each Display P
oint ........
.4-5
T
oSelect the Sweep Condition ......
..
..
.. 4-6
T
oSelect the Sweep Type ......
..
..
..
..4-6
T
oUse the P
ower Sweep .......
..
..
..4-6
Step 3: Selecting the Measurement F
ormat ....... 4-7
T
oSelect the Input P
ort ......... .. ....4-7
With the T/R T
est Set .......... ..
...4-7
With the S-P
arameter T
est Set ....... ....4-7
T
oSelect the Measurement F
ormat .......... 4-7
T
oDisplay Trace As aSmith Chart .......... 4-8
T
oChange Marker Readout F
ormat ....
..
.. 4-9
T
oUse Impedance Conversion Function ....... 4-9
Step 4: Setting the Sweep Parameter .........4-11
T
oSet the Sweep Parameter Using
4
Sta
rt
5
and
4
Stop
5
..4-11
Step 5: Setting the V
ertical Settings ..........4-12
T
oSet the Scale and Reference A
utomatically ....4-12
Notes .......................4-12
Step 6: Tuning the Settings ..............4-14
T
oIncrease the Dynamic Range (Setting IF Bandwidth) 4-14
Notes .......................4-14
Step 7: P
erforming Calibration ............4-15
T
o Select an Appropriate Calibration Method .....4-15
T
oP
erform aResponse Calibration ..........4-16
T
oP
erform aResponse &Isolation Calibration ....4-16
T
oP
erform an S11 1-P
ort Calibration ......... 4-17
T
oP
erform an S22 1-P
ort Calibration ......... 4-18
T
oMake Full 2-P
ort Calibration ........... 4-19
T
oP
erform a1-P
ath 2-P
ort Calibration ........ 4-22
T
oSelect the Calibration Kit .... .. .. .. .. .4-25
T
oCustomize the User Dened Calibration Kit ....4-25
To Dene the Standard Denition ....
..... 4-25
Step 1: Preparation . . . . . . . . ....... 4-25
Step 2: A
ctivating the Dene Standard Menu . . . 4-25
Step 3: Entering a C P
arameters . . . . . . ... 4-26
Step 4: Entering an OFFSET P
arameters . . . . . 4-26
Step 5: Entering a Standard Class Label .. .. . 4-26
Step 6: Completing the Denition of a Calibration
Kit..................... 4-26
To Dene a Class Assignment ........... 4-27
Step 1: Preparing for the Class Assignment ... 4-27
Step 2: Specifying the Class . . . . . . . . . . . 4-27
Step 3: Labeling the Standard Class Label .... 4-28
To Label and Save Calibration Kit .. .. .. .. 4-28
ToVerify Denition of User-Dened Calibration Kit 4-28
Step 8: Reading the Measured Result ......... 4-29
Contents-3

T
o Read aV
alue Using the Marker .......... 4-29
T
o Stabilize the Trace .............
..
. 4-30
T
o Stop the Sweep ...........
..
..
. 4-30
T
o Reduce V
ariation of the Measurement Trace Using
A
veraging . ............... .. .4-30
T
o Restart the A
veraging ............ 4-30
T
oUse the Sub-markers ...........
.... 4-30
T
oUse the 1Marker ...........
..
..
.. 4-31
T
oSearch F
or aP
oint that has the T
arget V
alue . ..
.4-32
T
oSearch for the P
eak-to-P
eak of Ripples Using the
Statistics Function ..............
.. 4-33
Step 1: T
oSpecify the Search Range ....
..
.. 4-33
Step 2: T
oSearch F
or the Ripple ..... .. .. .4-33
T
oDene the P
eak for Search ......
..
..
..4-34
Dening the P
eak Slope to Ignore the Relatively
Broad P
eaks ...........
..
..
..4-34
Entering Directly ............
..
.. 4-34
Using the Marker ........... .....4-34
Specifying the P
eak Threshold to Ignore the
Absolutely Small P
eaks ............4-35
Entering Directly ........... .. ...4-35
Using the Marker ........
..
..
..
..4-35
5. Typical Network Measurements
T
oMeasure the 3 dB Bandwidth Using the Width
Function ......
...............5-2
T
oMonitor the Spectrum of the Network Measurement
Input ....................... 5-3
T
oMeasure the Electrical Length ...........5-4
T
oSet V
elocity F
actor of aCable ...........5-5
T
o Measure the Phase Deviation ............5-6
T
o Display the Deviation from the Linear Phase ...5-6
T
oDisplay the Group Delay ............
. 5-7
T
oCancel an Extension of aMeasurement Cable ....5-8
If the Electrical Delay of the Extended Cable is Known 5-8
If the Electrical Delay of the Extended Cable is
Unknown .................
..
. 5-9
Notes .................
..
.... 5-10
6. Using F
eatures Common to Both Modes of Operation
ToP
erform GO/NO-GO T
esting . . . .......... 6-2
Step 1: Planning the Limit Lime . . . . . ...... 6-2
Step 2: Editing a Limit Line T
able . . . . ...... 6-3
To Modify or Delete the Segment ......... 6-4
Step 3: Executing a Limit Line T
est .... .. .. . 6-5
To Make a Limit Line T
est A
ctive ......... 6-5
To Beep When the Limit T
est is F
ailed ....... 6-5
Notes .... .. .. .. .. .. .. .. .. . .. 6-6
To Oset the Limit Line . . . . . . . . . . . . . . . . 6-7
To Make a List Sweep . . . . . . . . . . . . . . . . . 6-9
Step 1: Planning the List Sweep . . . . . . . . . . . 6-9
Step 2: Editing a Sweep List ...... .. .. .. 6-10
To Modify or Delete the Segment ......... 6-11
Step 3: Activating the List Sweep . . . . . . . . . . 6-12
Notes .... .. .. .. .. .. .. .. .. . .. 6-12
Contents-4

T
oUse the Trace Memory ..............
.6-13
Step 1: T
oStore the Trace into the Trace Memory ..6-13
Step 2: T
oDisplay Memory Traces .........
. 6-13
Notes ............... .. .. .. .. 6-13
T
o Oset the Trace ...........
..
.....6-14
T
o Clear the Oset ............. .. .. 6-14
Notes ................. .. .. ..6-14
T
oUse the Trace Math Function ........... .6-15
T
oTurn O the Data Math Function ........
. 6-15
T
oMultiply the Trace ............. .. .6-15
T
oClear aMultiplied Trace ............ .6-15
T
oPrint ........... .. .. ........6-16
T
oPrint Out aDisplay Image ....... .. .. .6-16
T
oSee or Print aMeasured V
alue List ....
..
.. 6-16
T
oPrint an Analyzer Setting ........
..
.. 6-16
T
oSave and Recall ........... .. .....6-18
T
oSave an Analyzer Setting or Measurement Data ..6-18
T
oSpecify aData Array Type .....
..
....6-18
T
oRecall aSaved Analyzer Setting .........6-19
T
oSave aDisplay Image to aTIFF File ........ 6-19
T
oSave Measured Data for aSpreadsheet ..... .6-20
T
oCopy the File ......
..
..
..
......6-20
T
oInitialize aDiskfor Use .............6-21
T
oInitialize the RAM Disk for Use ..........6-21
Notes ...... .................6-21
A. Manual Changes
Introduction .....................A
-1
Manual Changes ...................A
-1
Serial Number ....................A
-2
Index
Contents-5

Figures
1-1. Character Entry Menu ...............1-3
2-1. Location of the SInput ............... 2-2
2-2. Dual Channel Display ................ 2-3
2-3. Location of EXT TRIGGER Connector ........2-6
2-4. Marker to Center .................. 2-9
2-5. P
eak to Center ..............
..
..
.2-10
2-6. Displaying Harmonics ................ 2-11
2-7. Narrowing Span with Signal Track ..........2-13
2-8. Marker Zoom ..................
.. 2-14
2-9. MKR1
!
SP
AN ...................2-15
2-10. Marker to Reference ................2-17
2-11. Changing Scale/Div
.................. 2-17
2-12. Setting Resolution Bandwidth (RBW) .........2-18
2-13. Setting Video Bandwidth (VBW) ...........2-19
2-14. Minimized Sweep Time ...............2-20
2-15. Reference Level Calibration Connection .......2-22
2-16. Reference Level Calibration Connection for the 75 
Conguration ................
..2-23
2-17. Marker Readout ..................2-25
2-18. Maximum Holding the Drifting Signal ........2-27
2-19. Sub-marker and Maker List .............2-28
2-20. 1Marker .........
..
...........2-29
2-21. P
eak Search .......
..
...........2-30
2-22. Searching for Multiple P
eaks .....
..
.....2-31
2-23. Search Range ........ .. .. ........2-33
2-24. Threshold Function .......... .. .....2-35
3-1. Noise Readout ..
..
...............3-2
3-2. C/N Measurement .... .. ...........3-4
3-3. Time Domain Measurement Conguration .. .. ..3-5
3-4. Target and Trigger Signal Timing on the Oscilloscope . 3-6
3-5. Gate P
arameters ..................3-7
3-6. Time Gated Measurement Conguration .. .. .. . 3-7
3-7. Time Gated Spectrum Analysis ....... .. .. 3-10
3-8. Marker Time . . . . ................ 3-12
3-9. Tracking Unstable Harmonics Using Search Track . .. 3-13
3-10. Tracking and Zooming a Signal ..
......... 3-15
4-1. Using the Transmission/Reection T
est Set . . .... 4-2
4-2. Using the S-P
arameter T
est Set ........... 4-3
4-3. Location of EXT TRIGGER Connector .... .. .. 4-5
4-4. Smith Chart .................... 4-9
4-5. Sweep Parameter Setting .............. 4-11
4-6. Autoscale Function . . . . . . . . . . . . . . . . . 4-12
4-7. Setting IF Bandwidth (IFBW) .... .. .. .. .. 4-14
4-8. Marker Readout .... .. .. .. .. .. . .. . 4-29
4-9. Sub-markers .. .. .. .. .. .. .. .. .. .. 4-31
4-10.1Marker ... .. . .. .. .. .. .. .. .. .. 4-32
Contents-6

4-11. Ripple P
arameters Readout .............4-33
4-12. Peak Denition ............ .. .. .. .4-35
5-1. Bandwidth Measurement Using Width Function ...5-2
5-2. Spectrum Monitoring in the Network Measurement ..5-3
5-3. Adding Electrical Length ........... .. .5-4
5-4. Deviation from the Linear Phase .......... 5-6
5-5. Setting Group Delay Aperture ............5-7
5-6. P
ort Extension With the T/R T
est Set ......
..
. 5-8
5-7. Cable Measurement Conguration ..........5-9
5-8. Cable Measurement Conguration ..........5-10
6-1. Limit Line Image ............
..
.... 6-2
6-2. Frequency
,Upper and Lower Limit ....... .. 6-3
6-3. Limit Line Editor ........
..
..
..
....6-4
6-4. Limit Line T
est ...........
..
......6-5
6-5. Osetting Limit Lines ..........
..
..
..6-8
6-6. List Sweep (Upper) Reduces Sweep Time ....... 6-10
6-7. List Sweep Editor ..........
..
..
...6-10
6-8. Osetting the Trace .......... ......6-14
6-9. Reading Saved Data from Spreadsheet Software ...6-20
A
-1. Serial Number Plate .............
...A
-2
Contents-7

T
ables
3-1. Minimum Gate Length setting with RBW setting ...3-9
4-1. Calibration Method Selection T
able .........4-15
4-2. Example of the Standard Denitions (85032B 50
Type-N Calibration Kit) .............4-25
4-3. Standard Class Assignment of the 85032B ......4-27
A
-1. Manual Changes by Serial Number ..........A
-1
A
-2. Manual Changes by ROM V
ersion ..........A
-1
Contents-8

1
Overview
This chapter contains the following information:
Key Operation Overview
Numerical Entries
Character Entries
After chapter 2, the procedural steps do not contain as much detailed
information. Therefore
,you should read this chapter to understand
the basic rules of analyzer's operation.
K
ey Operation Overview
Hardkeys and Softkeys
There are two types of front-panel keys; hardkeys and softkeys
.Most
hardkeys that have alabel display function menus on the right side of
the display
.These function menus are also called softkey menus
.
Softkey menus list functions other than those accessed directly by the
hardkeys
.T
oactivate afunction that is on asoftkey menu, press the
key located to the right of the displayed function label.
This manual uses the following conventions:
4
Ha
rdk
ey
5
Indicates a hardkey
NNNNNNNNNNNNNNNNNNNNNNN
Softkey
Indicates asoftkey
T
oggle K
eys
Some softkeys toggle menu settings
.On asoftkey label, the currently
active setting is displayed in high intensity and upper case characters
.
The inactive setting is displayed in low intensity and lower case
characters.
This manual shows a toggled setting as follows:
Toggle
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
DUAL CHAN on OFF
to
NNNNNNNNNNNNNNNNNNNN
ON off
.
This line means that the dual channel function is currently OFF
.Y
ou
turn it ON by pressing the corresponding softkey. The resulting upper
case expression,
NNNNNNNN
ON , shows that the function is now active (ON).
For more information about each hardkey and softkey, see the
Function Reference manual.
Overview 1-1

Character Entries
Numerical Entries
Anumerical data entry is preceded by some function settings. For
example
, before entering a center frequency you must specify the
center frequency value
. The analyzer provides the following three
ways to enter numerical data:
Using Description
Numerical keys
4
0
5
.. 4
9
5
Enters numerical data directly and
terminates the entry using the units
terminator keys. This capability is useful
when you know the value you must enter
.
F
or example
,to enter 1MHz, press
4
1
54
M/

5
.
4
*
5
and 4
+
5
key Increments or decrements the settings
.This
is useful for changing settings broadly
.
Rotary knob
Changes settings continuously
.This is useful
if you want to change the setting while
verifying changes on the display
.
Notes
Y
ou can use following techniques when entering numerical data:
If you enter awrong character
,press
4
Back Space
5
to erase the last
character entered.
If you want to clear the current entry
,press
4
Entry O
5
.
Character Entries
Save
,recall, and display title functions require character entries
.
When afunction that requires character entry is activated, a
character entry menu is displayed (see Figure 1-1).
Y
ou can enter the characters by using following procedure:
T
oEnter Characters
1. Move the cursor (\
"
") under the character you want to enter
.
2.
Press
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
SELECT LETTER
or 4
2
1
5
.
3. Repeat step 1and 2until all characters are entered.
4.
Press
NNNNNNNNNNNNNN
DONE .
1-2 Overview

Character Entries
Figure 1-1. Character Entry Menu
Y
ou can use the following techniques when entering characters:
If you want to use dierent case characters
, press
4
*
5
and
4
+
5
to
toggle the upper and lower case of an alphabet list:
ABCDEFGHIJKLMNOPQRSTUVWXYZ_0123456789
abcdefghijklmnopqrstuvwxyz_0123456789
If you enter awrong character
,press
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
BACK SPACE
or
4
Back Space
5
to
erase the last entered character
.
If you want to clear the current entry
,press
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
ERASE TITLE
.
If the keyboard is connected, you can use it for the character entry.
(Option 1C2 only)
Overview 1-3

2
Recommended Spectrum Measurement Task Sequence
This chapter describes atypical task sequence commonly used for any
measurement using the spectrum analyzer mode
.
If you are using the analyzer for the rst time
,see the
User's Guide
rst. The
User's Guide
provides the information needed to install and
set up the analyzer
,and aquick start guide to introduce you to the
analyzer
.
The measurement tasks described in this chapter are as follows:
Step 1: Preparing for ameasurement
Step 2: Setting the trigger
Step 3: Selecting the measurement format
Step 4: Setting the frequency range
Step 5: Setting the vertical settings
Step 6: Tuning the settings
Step 7: P
erforming calibration
Step 8: Reading the measured result
Generally
,you can make ameasurement by performing these steps
.If
you want to perform amore complex spectrum measurement, chapter
3provides additional measurement techniques
.
Recommended Spectrum Measurement Task Sequence 2-1