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Agilent Technologies 89441A manual Index

Models: 89441A

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16QAM demodulation, example OP 8-1 2-channels

digital demod OP 6-12 video demod OP 7-15

32QAM signal, example OP 9-2

A

A,B,C,D LEDs HT

ac line voltage GS 7-2 adjacent-channel power GS 2-6 air circulation GS 7-9 aliasing

digital demod OP 17-11 video demod OP 18-11

alpha entry, using HT alpha, setting HT AM demodulation

algorithm OP 15-9 example OP 1-2 using HT

amplitude droop (in symbol table) HT analyzers

types of OP 13-4 applications softkey HT arbitrary softkey HT

arbitrary source, example GS 3-2 arbitrary waveforms

See source arm

See external arm arrow keys HT

AUI connector GS 7-14, HT auto cal on/off softkey HT auto sweep, selecting HT auto zero calibration

See also calibration

autorange softkeys HT autorange, using HT

autostate file HT
creating	HT
recalling	HT
averaging	HT
about averaging		HT
auto correlation traces				HT
available averaging functions HT
cross correlation traces				HT
cross spectrum traces				HT
exponential averaging				HT
fast averaging HT
frequency response traces HT
in analog demodulation				OP 15-13
in digital demodulation				OP 17-12
instantaneous-spectrum traces					HT
long averages and calibration HT
overlap processing			HT
pausing	HT
peak-hold averaging			HT
repeat averaging HT
rms averaging HT
rms exponential averaging HT
selecting an averaging function					HT
selecting the number of averages HT
single-stepping		HT
spectrum traces		HT
time averaging		HT
time exponential-averaging HT
video demodulation			OP 18-14
with digital demodulation HT
AYA (vector modulation analysis)					HT
AYB (spectrogram/waterfall) HT
spectrogram displays HT
waterfall displays HT
AYH (video modulation analysis)					HT

B

band power measurements GS 2-3, GS 2-6, HT

band-selectable measurements OP 14-3 See also zoom measurements

GS = Getting Started Guide	HT = Online Help
OP = Operator's Guide	(press (Help) key)

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Agilent Technologies 89441A manual Index

Contents

Agilent Technologies 89441A Getting Started Guide The Analyzer at a Glance Front Panel This page left intentionally blank ENVIRONMENTAL CONDITIONS Saftey SummaryBEFORE APPLYING POWER GENERALFUSES DO NOT OPERATE IN AN EXPLOSIVE ATMOSPHEREDO NOT REMOVE THE INSTRUMENT COVER Alternating current Safety SymbolsWarning, risk of electric shock Caution, refer to accompanying documentsNotation Conventions To Learn More About the Analyzer In This BookThis page left intentionally blank 2 Making Simple Noise Measurements 1 Using Online Help3 Using Gating to Characterize a Burst Signal 4 Measuring Relative PhaseIndex Documentation Road Map Need Assistance Inspection and Installation6 General Tasks 7 Preparing the Analyzer for UseUsing Online Help To learn about online help To display help for hardkeys and softkeys 2Display help for a hardkey To display a related help topicUsing Online Help 1Enter the online help system Press HelpTo select a topic from the help index Page Making Simple Noise Measurements To measure random noise To measure band power To measure signal to noise ratios Carrier-to-noiseratio normalized to one Hertz Measured noise bandPage Using Gating to Characterize a Burst Signal To Use Time Gating Using Gating to Characterize a Burst Signal 5Configure the display and the measurement7Examine the second burst Page Measuring Relative Phase To measure the relative phase of an AM signal 6Activate two traces To measure the relative phase of an PM signal Characterizing a Filter To set up a frequency response measurement 5Start an averaged measurement To use the absolute marker To use the relative marker To use the search marker To display phase To display coherence General Tasks To set up peripherals 2Select the output format and device type To save data with an internal or RAM disk To recall data with an internal or RAM disk To format a disk To create a math function You can create up to 6 functions and 5 constantsGeneral Tasks 4Press Auto Scale To use a math functionGeneral Tasks Press Measurement Data, math func, F1To display a summary of instrument parameters Page Preparing the Analyzer for Use AC Line Voltage Preparing the Analyzer for Useto chassis ground Preparing the Analyzer for Use number for a complete cable including the plugUL listed for use in the United States of America power if it is damaged To do the incoming inspection7Set the IF section’s power switch to on To connect the sections Preparing the Analyzer for Use To install the analyzer To change the IF section’s line-voltageswitch Selectmeasure the line voltage AC Line Voltage To change the RF section’s line-voltageswitchRange To change the IF section’s fuseAC Line Voltage FuseRF Section To change the RF section’s fuseAC Line Voltage Fuseinternet protocol address Return To connect the analyzer to a LANTo connect the analyzer to a parallel device To connect the analyzer to a serial deviceTo connect the analyzer to an GPIB device To connect the analyzer to an external monitorCommand Reference To connect the optional keyboard To connect the optional minimum loss pad lTo store the analyzer To clean the screenlTo transport the analyzer If the IF section will not power up If the RF section will not power up If the analyzer’s stop frequency is 10 MHz Page Index IndexIndex Index Index continuedSee also FSK See also traces IndexIndex Index Index See LAN IndexIndex See knob IndexIndex block diagramSee also NADC IndexSee also grids Indextime data OP 14-15time data softkey HT See also displaySee lan IndexPage Then read the analyzer’s Agilent 89400-SeriesDocumentation RoadmapAnd you want to If you are thinking aboutNeed Assistance?