Agilent 89650S Wideband Vector Signal Analyzer Systemwith High Performance Spectrum Analysis

Technical Overview

• Exceptional analysis bandwidth

• Excellent dynamic range, phase and amplitude flatness, and accuracy

• Advanced analysis of modulated signals

• Extended signal capture for playback and analysis

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Exceptional SignalAcquisition Hardware

Perform complete RF and modulationanalysis from 3 Hz to 26.5 GHz with40 or 80 MHz of analysis bandwidthand 75 dB of dynamic range using the89650S vector signal analysis system.

The 89650S combines one of Agilent’shigh performance PSA Series of spectrum analyzers with the advanced89601A vector signal analysis software,running on your PC. This packageprovides you with one of the mostadvanced vector signal analysis capabilities on the market today.

PSA Series high performancespectrum analyzer

The PSA Series of high performancespectrum analyzers offers theremarkable dynamic range, speed,accuracy, and flexibility you expect in an Agilent spectrum analyzer. An all-digital IF section gives the PSASeries the performance required tomake advanced spectrum measure-ments both in a traditional swept modeor with fast fourier transforms (FFT).

Choose from one of three models tomeet your signal analysis frequencyband needs:

• E4443A 20 MHz to 6.7 GHz• E4445A 20 MHz to 13.2 GHz• E4440A 20 MHz to 26.5 GHz

In addition, as part of the 89650S, the PSA spectrum analyzer comesequipped with your choice of an 80 MHz bandwidth IF or a 40 MHzbandwidth IF, offering the best combination of analysis bandwidthand dynamic range on the markettoday. Choose the combination youneed to capture and analyze 72 MHzwide satellite transponder signals, 18 MHz wide WLAN signals, 60 MHzfor multiple channels, plus distortioncomponents of W-CDMA signals andmore. No matter the bandwidth, you are assured the dynamic range,phase and amplitude flatness, andaccuracy and flexibility you need foryour most advanced signal evaluation and troubleshooting.

A suite of measurement personalitiesspeeds the analysis of complicatedsignals. Measure phase noise or noisefigure quickly and easily with the phase noise or noise figure measurement personalities. Performpower and digital modulation measurements on a variety of standard 2G and 3G digital cellularcommunications formats with the standards-based digital communications measurement personalities.

A new USB Option 111 providesenhanced remote data transfer. It is highly recommended for fast measurement throughput and recording update rates.

Additional information on this product is available on the web at:www.agilent.com/find/PSA

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Advanced Signal AnalysisSoftware

The modulation analysis engine in the 89650S is the PC based 89601Avector signal analysis (VSA) software.For engineers working with today’semerging broadband communicationsystems, Agilent’s 89601A VSA software is an indispensable tool forbasic research, product development,manufacturing troubleshooting, andfield-testing.

Evaluate digital and analog modulatedsignals in detail. Analyze widebandand narrow band signals with equalease. The 89601A VSA software used in the 89650S teams advanceddemodulation algorithms with highly flexible scalar and vectoranalysis tools to help you develop,troubleshoot, and verify the physicallayer performance of your radio system.

Advanced digital demodulators

This VSA software offers a wide range of digital demodulators. Theseadvanced technology demodulatorsdo not require external filtering,coherent carrier signals, or symbol-clock timing signals to successfullydemodulate a signal.

Precise analog demodulation

Characterize amplitude, frequency,and phase modulated signals in thefrequency and time domains with the analog demodulation capabilitiesof the 89601A VSA software.

Use analog demodulation to analyzeunintentionally as well as intentionallymodulated signals. For example, useFM and PM demodulation to examinephase and frequency trajectories during frequency hops or to establishthe phase-lock-loop lock-up time ofoscillators and synthesizers.

High performance vector analysis tools

Analyze the time, frequency, andamplitude domain behavior of yoursignal with one of the most completesets of vector analysis tools on themarket today.

Use the time tools to measure thewidth and observe the shape of your TDMA signals. These tools areparticularly useful for setting the trigger level, hold-off, and delay onyour pulsed signals. Use the TimeGate capability to select a portion of your signal, such as the preamble,for spectrum analysis.

Use the spectrum tools to measurethe center frequency and bandwidthof your signal, find spurs, measuresignal power, and more. A completeset of marker functions complementthe spectrum display.

Measure peak to average power ratioand more with the complementarycumulative distribution function(CCDF), probability distribution function (PDF), and cumulative distribution function (CDF) tools provided in Agilent’s VSA software.

Figure 1. The 6-display format provides multiple views of the same signal simultaneously.

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Display format and scaling

Scale your display the way you want,with the units you need. Select from a complete list of formats includinglog and linear displays of the signalmagnitude, displays of only the real(I) or imaginary (Q) part of the signal,vector and constellation displays, eye displays, trellis displays, andgroup delay.

Spectrogram display

Take advantage of the spectrogramdisplay to view the behavior of your signal over time. This three-dimensional display is noted for its ability to track the frequency and amplitude behavior of signals,particularly those with poor signal-to-noise ratio and frequencyhopping signals. It also allows you toprecisely determine the timingbetween signal events with markers.

Why record signals?• Gap-free processing - continuous

time record even at full bandwidth • Captured signals can be saved for

future analysis and reference• More analysis flexibility. Signal

playback provides you tools such as overlap processing to give you more control of your analysis. This is particularly useful for analysis of transient signal problems.

• You can download your signal to Agilent EEsof Advanced Design System EDA software

• You can download your signal to Agilent’s ESG and PSG signal generators and use it to stimulate prototype hardware.

You have full control of the playbackincluding:• Start and pause• Back up and rewind• Start point and stop point markers

to indicate location in the recordingand isolate the signal of interest

• Playback looping

Signal capture and playback

Capture your signal in the 128 MSa(complex) signal capture memory that is standard in the 89650S. UsingOption 111, remote data transfer andSCPI throughput enhancement, youcan improve your signal captureupload speed via USB.

Figure 2. Example traceformats available.

Figure 3. Spectrogram display showing signal bursts.

Figure 4. The signal recording user interface is familiar and simple to use.

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Software update subscription service

The 89650S includes 12 months ofsoftware update subscription serviceto help you get the most out of your investment by keeping your89601A software current with newenhancements. The update serviceprovides automatic notification andshipment of new software upgradesas soon as they become available. A detailed installation procedure is included with each shipment tospeed the software loading process.

Additional coverage may be purchased.

Help text

Over 2000 equivalent paper pages of help text, application information,and tutorials are provided with the89650S. A complete set of searchtools and hot links provide readyaccess to all of this information.

Link to design software

Link real world signals recorded with the 89650S to Agilent EESofAdvanced Design System (ADS) circuit design and simulation software to provide an actual signal environment for your designstimulus.

Measure the output of prototypehardware with the 89650S VSA, and feed the results back to your simulation. This way you can evaluateyour system even with missing hardware.

Or, with the instrument links fromADS to the Agilent ESG signal generators, you can take simulationoutput, download it to the ESG, andsource it to your prototype hardware.Then measure the hardware with the 89650S, and compare it to its simulation results in ADS.

Figure 6. Link prototype hardware to ADS designsimulations using Option 89601A-105.

Figure 5. The help text provides tutorials, examples, key word searching,reference material, and more.

Measurement from actual prototype hardware can be fed into a design simulation.

Take a simulation output file and download it to theAgilent ESG signalgenerator to stimu-late your deviceunder test.

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Powerful ModulationAnalysis Options for YourVSA software1

Team the modulation analysis optionsavailable in the VSA software withthe optional standards-based wirelesscommunications measurement personalities in the PSA to evaluateand troubleshoot your signal. Use thePSA measurement personalities tomeasure signal quality quickly andefficiently. Use the 89601A VSA software modulation analysis options to go beyond the PSA’s standards-based tests to troubleshootsignal problems to their root cause.

Flexible modulation analysis (Option 89601A-AYA)

Whether you are designing to a mainstream standard, a secondarystandard, an emerging standard or aproprietary specification, the 89601AVSA flexible modulation analysisOption AYA has the tools you need to evaluate and characterize signalperformance. It helps you uncover the root of modulation problems.

This flexible analysis package demodulates a wide range of singlecarrier signal types both continuousand pulsed (TDMA and radar).Demodulators range from 2FSK to16FSK, BPSK to EDGE, 16QAM to1024QAM, APSK, and more. They are supported by a wide range of programmable filters.

Adaptive equalization

User programmable adaptive equalization is provided standardwith Option AYA. Use this powerfultroubleshooting tool to identify andremove group delay distortion, frequency response errors, and multi-path reflections from yourmeasurements.

1. These analysis options run in the PC.

Figure 7. Option 89601A-AYA provides a wide range of modulationanalysis tools and display formats.

Figure 8. Use the error vector spectrum display to uncover interfererseven when none are readily visible using other measurement techniques.

Figure 9. Adaptive equalizer set up menu.

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3G modulation analysis Option 89601A-B7N 3G modulationanalysis bundle;Option 89601A-B7T cdma2000/1xEV-DV modulation analysis;Option 89601A-B7U W-CDMA/HSDPA modulation analysis;Option 89601A-B7W 1xEV-DO modulation analysis;Option 89601A-B7X TD-SCDMA modulation analysis;

Evaluate and troubleshoot your 3Gmodulated wireless communicationssignals with multiple 3G modulationanalysis options. Whether your signalis cdma2000 or W-CDMA, TD-SCDMA or 1xEV-DO, HSDPA or 1xEV-DV, the tools and analysis flexibility inthese 89601A options help you testyour signal to its standard and troubleshoot the problem if the signal fails to meet its standard.Option B7N is a cost-effective combination of all the supported 3G modulation formats, and includesOptions B7T, B7U, B7W, and B7X.

Use these tools to descramble, de-spread, and demodulate uplinkand downlink signals. The analyzerautomatically identifies all activechannels regardless of the symbolrate or spread code-length.

Speed measurement set-up with standard pre-sets for uplink anddownlink. Use the single layer andcomposite code-domain power andcode-domain error displays (the composite display shows all code layers simultaneously) to determinethe overall performance of your signal and the behavior of specificlayers and channels.

Take advantage of the composite andsingle channel constellation, trellisand eye diagrams, IQ magnitude/phase error displays, and error vectortraces to search out specific errors.

Figure 10. Option B7N 3G modulation analysis allows you to analyze a wide range of formats,such as 1xEV-DV (upper screen) or HSDPA (lower).

Use the measurement offset andinterval controls to select specificdata slots for analysis.

Measurement results include CDP(composite or layer specific), codedomain error (composite or layer specific), EVM, IQ offset and rho.

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WLAN modulation analysis (Option 89601A-B7R)

Agilent is an industry leader inWLAN signal analysis. The WLANanalysis option available with the89650S offers:

• IEEE 802.11a OFDM modulation analysis

• IEEE 802.11b DSSS/CCK/PBCC modulation analysis

• IEEE 802.11g modulation analysis• IEEE 802.11a/b/g standards-based

testing

HiperLAN2 compatible signals withthe OFDM modulation analysis modeprovided in Option B7R. This highperformance capability supportsdemodulating OFDM bursts down to the bit level.

Use the compound constellation display to automatically determineand display all modulation formatspresent in the burst.

Evaluate modulation quality usingEVM displays of the overall burst, ofeach symbol, or of each sub-carrier in a symbol. View all of this data in an efficient graphical display thatreveals overall patterns in the EVM –a key to finding the root cause of signaling problems.

View the average phase and magnitudebehavior of the pilot sub-carriersusing the Common Pilot Error display.

Measure the magnitude and phasesettling of the OFDM burst using thepreamble error display.

These features and more, provide you a powerful package for analyzingand troubleshooting OFDM signals.

IEEE 802.11a/b/g test suite

Speed the process of testing yourIEEE 802.11a/b/g signal to its standard with the WLAN test suite(supplied as part of the WLAN analysis Option B7R). This separateapplet automatically executes standards-based transmitter tests of your signal. You specify the tests toperform, set the center frequency andother signal parameters, and the applet does the rest.

IEEE 802.11n MIMO modulation analysis(Option 89601A-B7Z)

The 89650S with Option B7Z performssingle-channel demodulation of IEEE802.11n MIMO signals. Even thoughIEEE 802.11n signals are inherentlymulti-channel, useful measurementscan be made when there is a singlespatial stream, or when the signaluses Direct Map basic MIMO.

The 89650S can demodulate either 20 MHz or 40 MHz signals. The softwarecan demodulate BPSK, QPSK, 16QAM,64QAM or 256QAM data sub-carriermodulation formats.

For more detailed information,see the 89600 Series Vector SignalAnalysis Software 89601A/89601AN/89601N12, Technical Overview,literature number 5989-1679ENand the 89600 Series Vector SignalAnalysis Software 89601A/89601AN/89601N12, Data Sheet, literaturenumber 5989-1786EN.

Figure 11. The WLAN modulation analysis Option89601A-B7R lets you performin-depth analysis on the signal.It includes the WLAN testsuite for easy go/no-go testing to standard.

IEEE 802.11b modulation analysis

Select the DSSS/CCK/PBCC modeand automatically detect, de-spread,descramble, and demodulate the payload in all four mandatoryIEEE 802.11b formats (1, 2, 5.5, 11 Mbps). This mode handles the optional PBCC modes, theoptional short preamble, and theCCK preamble of the CCK-OFDM format in IEEE 802.11g.

IEEE 802.11a modulation analysis

Demodulate and analyze IEEE 802.11a, IEEE 802.11g, and

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IEEE 802.16-2004 OFDM analysis(Option 89601A-B7S)

Agilent is the industry leader in baseband, RF, and modulation qualitymeasurements for IEEE 802.16-2004OFDM signals. Whether yourmeasurements are on base band, IF or RF signals, or even signals from ADS design simulations, the89600 VSA software with Option B7S has the tools you need to troubleshoot your designs today.

Analyzing OFDM signals requiresdevelopers to think in the time andfrequency domains simultaneously.You need OFDM-specific signal analysis tools to help you manipulateand break down the signal in orderto effectively troubleshoot the situation. The 89600 vector signalanalysis software helps you do thisquickly and efficiently.

Comprehensive IEEE 802.16-2004 signal analysis

Option B7S provides comprehensivecoverage of the IEEE 802.16-2004standard:

• All IEEE 802.16-2004 modulation formats, including BPSK, QPSK, 16QAM, and 64QAM

• TDD, FDD, and H-FDD• Uplink and downlink• Bursted and continuous• All frame lengths, guard intervals,

and sampling factors• Demodulation down to the raw bit

level

In addition, the software allows youto set up and adjust the demodulatorfor the best analysis of your signal:

• Automatically detect the signal modulation type on sub-carriers, or you can manually override the auto-detect feature for specific troubleshooting needs

• Manually adjust the nominal signal bandwidth, guard interval, and sampling factor (Fs/BW ratio) (standard guard interval and sampling factors are provided)

• Adjust carrier pilot tracking to track amplitude, phase, or timing and identify errors that automatic pilot tracking can hide (these errors can cause you to inadver-tently lower design margins)

• Verify your signal setup using the burst information provided —a text table conveniently shows burst power, modulation format, burst symbol length, and EVM

Figure 12. Familiar and new tools combine to provide invaluabletroubleshooting information. Here the six displays simultaneously show (l to r) I-Q constellation, time, CCDF, spectrum, modulationerror summary, and error vector vs. time.

Figure 13. Setting up the IEEE 802.16-2004 demodulator is as easy as presetting to the standard, or as sophisticated as manually entering the guard interval, Fs/BW ratio, and more.

Figure 14. The modulation error analysis screenprovides a wealth of information. Note that the RCE isprovided in dB and %. The lower half of the displayprovides demodulated (encoded) bits. The pilot tonesare shown in lighter colors. The error summarytable also includes RCE for the pilot tones alone.

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OFDM- and IEEE 802.16-2004-specific measurements

New measurements specifically forOFDM and more specifically for IEEE 802.16-2004 signals include:

• Relative constellation error (RCE) in % or dB

• RCE vs. symbol number• RCE vs. sub carrier number• Equalizer frequency and impulse

response• Error vector spectrum/time,

including RMS error vector• Quadrature skew, gain imbalance,

I-Q offset• Frequency error• Symbol clock error• Common Pilot Error (CPE)

In addition, these tools let you analyze your signal selectively bytime or frequency for troubleshootingand uncovering problems that you’venever been able to see before.

For instance, with the demodulationoff, use time gating markers to analyze the desired portions of thetime trace or spectrum of the signal,e.g., the short training signal, signalestimation sequences, signal symbol,etc. You can apply many other measurements to the time-gatedarea. This is especially useful whenmaking measurements like peak toaverage power, when you may wantto measure only the data portion ofthe burst, since including the timingand estimation sequences can biasthe value lower.

IEEE 802.16 OFDMA ModulationAnalysis (Option B7Y)

Agilent's IEEE 802.16 OFDMA modulation analysis capabilities arecomprehensive. Option B7Y coversPUSC, OPUSC, FUSC, OFUSC, andAMC zone types, plus handles uplinkand downlink forms. This option covers all bandwidths from 1.25 MHzthrough 28 MHz and covers all FFTsizes from 128 to 2048. Early versionsof the standard as well as the ratifiedversion of the standard can also bemeasured.

PRBS status indicator

Pseudo random sequences determinecarrier and pilot position. If the receiversees the wrong PRBS, it cannotdemodulate the signal. If the Agilent89600 VSA software detects the wrongPRBS, it automatically determinesthe signal's actual PRBS, displays itand demodulates the signal. Whereother analyzers typically stop, the89600 VSA software continues towork, providing the data you need to fix the problem.

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Synch correlation

The preamble is crucial to successfulOFDMA demodulation. Other analyzersdo not offer a preamble pattern check.Agilent's OFDMA modulation analysisoption offers the synch correlation (SyncCorr) indicator in the symbol/errortable. This indicator compares thepreamble's actual pattern to thepattern called out by the standard;low correlation indicates a problem in the pattern. Unlike other analyzers,Agilent's VSA software offers usefultroubleshooting information on thephysical layer structure even if it cannot successfully demodulate the signal.

Measurements that work togetherAgilent's OFDMA tools work together tosimplify the complex analysis challengepresented by mobile WiMAX.

Measurement results are color codedby data burst, where appropriate. Youcan look at the compound constellationof a multi-burst data zone and tell ata glance if your data bursts are usingthe modulations you programmed. Youcan go the error vector time displayand easily determine which data burstan EVM spike belongs to. The sameworks with the error vector spectrumdisplay.

For more detailed information, see the 89600 Series Vector SignalAnalysis Software 89601A/89601AN/89601N12, Technical Overview, literature number 5989-1679EN and the 89600 Series Vector SignalAnalysis Software 89601A/89601AN/89601N12, Data Sheet, literaturenumber 5989-1786EN.

Figure 15. The symbols and errors table provides an overall look at the errors in the symbol.The 89600 software decodes the PRBS seed value and presents the information it finds.Other important information, such as synch correlation, RCE of the data, pilots, andunmodulated carriers is also available.

Figure 16. Other analyzers make you move back and forth between measurements looking atsymbol times and logical sub-carrier numbers to get the information you need, Agilentuses color to simplify and streamline your analysis task. You can also couple markersacross multiple displays to 'walk' through your signal and simultaneously look at itsbehavior in the time, frequency, modulation, and error domains.

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Spectrum Analyzer-basedMeasurement Personalities1

Phase noise suite (Option 226)

Whether you’re in R&D or manufacturing the Option 226 phase noise measurement personality provides a comprehensive measurement solution for characterizing the phase noise behavior of your systems and components quickly and accurately.

This personality turns the PSA into a one-button phase noise tester. It offers the following capabilities:

• Log plot measurement for phase noise versus offset frequency of a specified carrier

• Spot frequency measurements of phase noise versus time at a particular offset frequency

• RMS jitter results in seconds in• RMS phase deviations in degrees

and radians• Residual FM • Phase noise cancellation to reduce

the influence of the PSA’s internal phase noise

• DANL optimization and DANL floor display to ensure valid phase noise measurements

Noise figure (Option 219)

The Option 219 noise figure measurement personality providesfast, one-button noise figure and gainmeasurements from 200 kHz to 26.5 GHz. DUT setup menus guide you through amplifier and mixermeasurements, and a built-in measurement uncertainty calculatormakes it easy to qualify your measurement system.

Figure 17. Swept phase noise analysis with Option 226.

1. These personalities run in the spectrum analyzer.

The noise figure personality runs inthe PSA and offers:

• Automatic noise figure and gain measurements from 200 kHz to 26.5 GHz

• ±0.05 dB instrument uncertainty up to 3 GHz with the built-in preamplifier

• An internal measurement uncertainty calculator

• Operation with the Agilent 346 Series of noise sources

Figure 18. Swept noise figure and gain.

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Standrds-based wireless communication measurement personalities

Measurement personalities offer one-button power and modulationmeasurements to help you quicklyand easily test your base stations and user equipment to their respective standards.

All of the major wireless communications standards are covered, and a flexible, easy-to-usedigital modulation analysis personalityprovides modulation quality measurements on a wide range ofstandard and non-standard formats.

Team these personalities with theVSA software’s modulation analysisoptions for the most effective analysis.Use the measurement personalitiesto evaluate the overall quality of yoursignal and the VSA analysis optionsto do the non-standard tests that areneeded to troubleshoot to the root of your signal’s problems.

Figure 19. Standards-based testing of major wireless communication formats.

Table 1. Measurement personalities

Option

W-CDMA analysis BAF

HSDPA analysis 210

cdma2000 analysis B78

1xEV-DV analysis 214

1xEV-DO analysis 204

TD-SCDMA analysis 211

cdmaOne analysis BAC

GSM and EDGE analysis 202

NADC/PDC analysis BAE

Flexible modulation analysis 241

WLAN analysis 217

Performance Specification Summary

For information on performance specifications, see Hardware MeasurementPlatforms for the Agilent 89600 Series Vector Signal Analysis Software DataSheet, literature number 5989-1753EN.

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Ordering Information

89650S VSA bundle includes:

Your choice of one of the following spectrum analyzers:• E4443A 3 Hz to 6.7 GHz PSA series spectrum analyzer• E4445A 3 Hz to 13.2 GHz PSA series spectrum analyzer• E4440A 3 Hz to 26.5 GHz PSA series spectrum analyzer

Your choice of one of the following wideband digital IF options2

• E444xA-122 80 MHz bandwidth ADC• E444xA-140 40 MHz bandwidth ADC

89601A Vector signal analysis software89601A-200 Basic vector signal analysis software89601A-300 Hardware connectivity

OptionsInstalled in the PSA Series spectrum analyzer1,2

E444xA-123 High band preselector bypass (recommended) E444xA-111 Remote data transfer and SCPI throughput

enhancement (recommended)E444xA-226 Phase noise measurement personality E444xA-219 Noise figure measurement personalityE444xA-BAF W-CDMA measurement personalityE444xA-210 HSDPA measurement personalityE444xA-211 TD-SCDMA measurement personalityE444xA-B78 cdma2000 measurement personalityE444xA-204 1xEV-DO measurement personalityE444xA-214 1xEV-DV measurement personalityE444xA-BAC cdmaOne measurement personalityE444xA-202 GSM w/EDGE measurement personalityE444xA-BAE NADC, PDC measurement personalityE444xA-241 Flexible digital modulation analysisE4440A-217 WLAN modulation analysis personality, (E4440A only)

Installed in the VSA software89601A-AYA Flexible modulation analysis89601A-B7N 3G modulation analysis bundle (includes B7T, B7U, B7W, B7X)89601A-B7T cdma2000/1XEV-DV modulation analysis89601A-B7U W-CDMA/HSDPA modulation analysis89601A-B7W 1xEV-DO modulation analysis89601A-B7X TD-SCDMA modulation analysis89601A-B7R WLAN modulation analysis89601A-B7S IEEE 802.16-2004 OFDM modulation analysis89601A-B7Y IEEE 802.16 OFDMA modulation analysis89601A-B7Z IEEE 802.11n MIMO modulation analysis (single channel only)89601A-105 Dynamic Link to EESof/ADS

Additional hardwareLTPC1 Laptop PC (89601A software installation included)

1. Additional options available, contact yourAgilent representative for more information.

2. Where x = 0, 3, 5

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Related Literature

89650S Wideband VSA with High Performance Spectrum Analysis, Configuration Guide,Literature number 5989-1435EN

PSA Series Spectrum Analyzers, Brochure,Literature number 5980-1283E

PSA Series Spectrum Analyzers, Data Sheet,Literature number 5980-1284E

89600 Series Vector Signal Analyzers, Configuration Guide,Literature number 5968-9350E

89600 Series Vector Signal Analysis Software 89601A/89601AN/89601N12 Technical Overview, Literature number 5989-1679EN

89600 Series Vector Signal Analysis Software 89601A/89601AN/89601N12 Data Sheet, Literature number 5989-1786EN

Hardware Measurement Platforms for the Agilent89600 Series Vector Signal Analysis Software, Datasheet, Literature number 5989-1753EN

89600S Vector Signal Analysis CD, Literature number 5980-1989E

Spectrum Analysis Basics, Application Note 150, Literature number 5952-0292

Vector Signal Analysis Basics, Application Note 150-15, Literature number 5989-1121EN

Web Resources

For more information, go to:www.agilent.com/find/psaorwww.agilent.com/find/89600

Order a free demo CD atwww.agilent.com/find/89600

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Printed in USA, February 14, 2006

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