Agilent Technologies 54657A Especificações

User andService GuidePublication number 54615-97019June 2000For Safety Information, Warranties, and Regulatory information, see the pages behind the i

Advanced Functions 5–8Power Requirements 5–8General (54615B and 54616B only) 5–9General (54616C only) 5–11General (54615B, 54616B, and 54616C) 5–12

To verify voltage measurement accuracyIn this test you verify the voltage measurement accuracy by measuring theoutput of a power supply using dual cur

4 Connect the power supply to the oscilloscope and to the multimeter,using the BNC tee and cables.5 Adjust the power supply output so that the multime

To verify bandwidthIn this test you verify bandwidth by using a power meter and power sensor toset output of a signal generator at 1 MHz and at 500 MH

1 Connect the equipment.a Connect the signal generator to the input of the power splitter.b Connect the power sensor to one output of the power splitt

8 Change the time base to 5 ns/div.Wait a few seconds for the measurement to settle (the Av letters in the statusline indicate how much of the averagi

To verify horizontal ∆t and 1/∆t accuracyIn this test you verify the horizontal ∆t and 1/∆t accuracy by measuring theoutput of a time mark generator w

5 Press Time , then press the Freq and Period softkeys.You should measure the following:Frequency 1 MHz, test limits are 995.8 kHz to 1.0042 MHz.Per

To verify trigger sensitivityIn this test you verify the trigger sensitivity by applying 100 MHz to theoscilloscope. The amplitude of the signal is d

Internal TrigSensitivity1 Press Setup , then press the Default Setup softkey.2 Connect the signal generator to channel 1.3 Verify the trigger sensit

External TrigSensitivity6 Verify the external trigger sensitivity at 500 MHz, 150 mV p-p and at100 MHz, 75 mV p-p.a Press Source , then press the Ex

1Perform self-calibration firstFor the oscilloscope to perform most accurately in the ambient temperaturewhere it will be used, the self-calibration p

To verify Vertical Output on Option 005This section applies only to Option 005 Enhanced TV/Video TriggerIn this test we will use the oscilloscope’s ch

54615B/54616B/54616CPerformance Test RecordSerial No. ______________________________________ Test by____________________________Test Interval ________

4-20

Adjusting the OscilloscopeThis section explains how to adjust the oscilloscope so that it is atoptimum operating performance. You should perform the

To adjust the power supplyThe power supply has a +5.1 V adjustment and a –5.25 V adjustment. Theother voltages are based on the +5.1 V adjustment. I

2 Measure the power supply voltages at E10 through E15 on the systemboard.The test points are not marked on the system board; see figure below forloca

If the +5.1 V measurement is out of tolerance, adjust the +5.1 V adjustmenton the power supply; if the –5.25 V measurement is out of tolerance, adjust

To perform the self-calibrationIn this procedure you load the default calibration factors to give a knownstarting point for the firmware calibration.

Vertical self cal 3 After the message "Default calibration factors loaded" ismomentarily displayed on the lower left side of the display, pr

To adjust the high-frequency pulse responseIn this procedure you adjust the high-frequency pulse response for eachchannel to a nominal setting for opt

The Oscilloscope at a GlanceOne of the first things you will want to do with your new oscilloscopeis to become acquainted with its front panel. There

10 Adjust the channel 1 high-frequency pulse response for an %overshhot of 5% mininum to 7% maximum.If a low loss 50Ω cable is used (such as 8120-4949

To adjust the display (54615B/16B only)There are no adjustments on the 54616C color display – if the display fails,replace the display assembly.The di

8 Adjust HB Cont (half bright contrast) for the best contrast betweenthe half bright and full bright blocks.You can readjust Sub Bri, intensity contro

To adjust the Option 005 offset (R15)The oscilloscope must be calibrated before performing this adjustment. Refer to"To perform the self-calibra

Troubleshooting the OscilloscopeThe service policy for this instrument is replacement of defectiveassemblies. The following procedures can help isola

To construct your own dummy load1 Obtain a connector compatible with the connector J3 on the LowVoltage Power Supply (see figure below).2 Connect the

To check out the oscilloscope 1 Is there an interface module connected to the oscilloscope?If yes, do the following steps. If not, go to step 2.a Tur

6 Disconnect the ribbon cable from the display board, then check thefollowing signals on the system board. Table 4-15 Signals from U609 (54615B and 54

Low Voltage Power Supply Voltage TolerancesSupply Voltage Tolerance+5.1 V ±153 mV (+4.947 V to +5.253 V)–5.25 V ±158 mV (–5.092 V to –5.408 V)+15.75 V

To clear error messagesIf any Fail message appears on the display after cycling power:a Press any menu key and cycle the power on the oscilloscope ag

Front Panel ControlsDisplay Status Line IndicatorsTriggercontrolsStoragekeysHorizontalcontrolsGeneralcontrolsChannelcontrolsChannelinputsExternaltrigg

2 If the message "Delay cal factors failed checksum–defaultsloaded," appears on screen, go to "To perform the self-calibration, "o

4 If one of the following messages appear on screen:"Results from last delay calibration: Failed" or"Results from last delay calibrati

To check the Low Voltage Power Supply1 Disconnect the power cord, then set the oscilloscope on its side.2 Connect the negative lead of the multimeter

To run the internal self-tests1 Perform the display test (54615B/16B only.)a Press Print/Utility .b Press the Service Menu softkey, then the Self Ts

3 Perform the keyboard test.a Press the Keyboard softkey.A pictorial diagram of the front panel will appear on the display.b Press each key, and notic

5 Perform the ROM testa Press the ROM softkey.b Does the display message say "Test Passed"?If yes, go to next test. If not, (the display me

To troubleshoot Option 005To isolate a malfunction to the Option 005 board, do the following:1Disconnect the three cables that connect the Option 005

Replacing Parts in the OscilloscopeThis section contains instructions for removing and orderingreplaceable assemblies. Also in this section is a part

To replace an assemblyRefer to the exploded view of the oscilloscope, figure 4-12 (figure 4-14 forOption 005 board), for details on how the oscillosco

To remove the fan1 Disconnect the fan cable from the power supply board.2 Using the T15 TORX driver, remove the three screws that hold thefan to the d

Softkey Menu ReferencePress this key To obtain this menuPress this key To obtain this menuFigure 1–31–4

When installing the front panel, make sure that the power switch shaft is alignedwith its mating hole in the front panel.The front panel swings in to

To remove the display1 Remove the front panel.2 Disconnect the ribbon cable and the probe compensation cable fromthe display.3 Using the T10 TORX driv

To remove the attenuatorUse the following procedure to remove the attenuator assembly. Whennecessary, refer to other removal procedures.CAUTIONELECTR

To remove and replace an acquisition hybridCAUTIONELECTROSTATIC DISCHARGE!Use grounded wrist straps and mats when servicing the system board.Electrost

3 Loosely install the two hex standoffs and two screws through the topplate.4 Use 5 mm (3/16 in) and T6 torque drivers set to 0.34 Nm (3 in-lbs) toti

To remove and replace a hybrid connectorTwo screws (H9) through the hybrid connector (figure 4-9) hold the bottomplate to the underside of the system

To remove the power supply1 Remove the fan.2 Disconnect the ground wire (green wire with the yellow stripe) fromthe deck.3 Disconnect the ribbon cable

To remove the keyboard1 Remove the front panel.2 Remove all the knobs by pulling straight out.3 Flex the bezel of the front panel to unsnap the small

To remove the handle• Rotate the handle down until it is just past the last detent position(about 1/2 inch before the handle touches the bottom of the

To order a replacement partThe system board is part of an exchange program with Agilent Technologies.The exchange program allows you to exchange a fau

To connect a signal to the oscilloscopeThe 54615B is a two-channel, 500 MHz bandwidth, 1 GSa/s sample rateoscilloscope with an external trigger input.

• To order a part in the material list, quote the Agilent Technologiespart number, indicate the quantity desired, and address the order toyour nearest

Exploded view of oscilloscopeProbe sense nutsmounted on outside offront panelA6 and A7 onopposite side of A3.See detail on nextpageFigure 4-12Service

A6/A7 Acquisition Hybrid and associated mounting partsMP20HeatsinkMP24Bottom PlateA3 SystemBoardE1ConnectorA6 or A7AcquisitionHybridMP19Standoff (2)H8

Table 4-16 54615B, 54616B, and 54616C Replaceable PartsReferenceDesignatorAgilent PartNumberQty DescriptionA1 0950-2735 1 Power supply assemblyA2 209

ReferenceDesignatorAgilent PartNumberQty DescriptionH6 0380-0912 1 SpacerH7 0515-1025 1 Machine screw M3 X 26H8 0515-0365 4 MS M2 X 0.4, 4mm-lg T6 pan

ReferenceDesignatorAgilent PartNumberQty DescriptionW1 8120-1521 1 Standard power cordW1 8120-1703 Power cord option 900, United KingdomW1 8120-0696 P

Exploded view of Option 005 and related oscilloscope partsFigure 4-14ServiceReplacing Parts in the Oscilloscope4-64

Table 4-17 Option 005 Replaceable PartsReferenceDesignatorAgilent PartNumberQty DescriptionA3 * 1 System Board (part of standard instrument)A5 54602-6

4-66

5Performance Characteristics

• To set the input impedance, press 1 . Select the desired Inputimpedance of 50Ω or 1MΩ.• To set the probe attenuation factor press 1 . Select t

Performance CharacteristicsThe performance characteristics describe the typical performance ofthe new 54615B, 54616B, and 54616C oscilloscopes. You w

Sensitivity 2 mV/div to 5 V/divAccuracy1±2.0% of full scaleVerniers1Fully calibrated, accuracy ±2.0 % of full scaleCursor accuracy1, 2, 3 Single curs

Horizontal SystemSweep speeds 5 s/div to 1 ns/div main and delayedAccuracy±0.005% of readingHorizontal resolution 20 psCursor accuracy1 (∆t and 1/∆t)

Trigger SystemSources Channels 1, 2, line, and externalInternal trigger Sensitivity1 dc to 100 MHz: 0.50 div or 5.0 mV 100 MHz to 500 MHz: 1 div

TV FunctionsLine counting Delay time calibrated in NTSC and PAL line numbers.All field trigger Oscilloscope triggers on the vertical sync pulse in bot

Acquisition SystemMaximum sample rate54615B – 1 GSa/s simultaneous on 2 channels 54616B/16C – 2 GSa/s simultaneous on 2 channelsResolution 8 bitsSimul

Advanced FunctionsAutomatic measurements (measurements are continuously updated)Voltage Vavg, Vrms, Vp-p, Vtop, Vbase, Vmin, VmaxTimeFrequency, period

General (54615B and 54616B only)EnvironmentalcharacteristicsThe instrument meets or exceeds the environmental requirements ofMIL-T-28800E for Type III

RE01 Part 5 measured at 15.24 cm and exceptioned from 19kHz to 50 kHz.RE02 Part 2 (limited to 1 GHz) Full limits of class A1C and A1F, with option002

General (54616C only)EnvironmentalcharacteristicsThese general characteristics apply to the 54616C only. This instrumentmeets Agilent Technologies en

To display a signal automaticallyThe oscilloscope has an Autoscale feature that automatically sets up theoscilloscope to best display the input signal

General (54615B, 54616B, and 54616C)PhysicalcharacteristicsSize (excluding handle)Height 172 mm Width 322 mm Depth 317 mm Weight: 6.6 kg Product Regul

Option 005 General Performance CharacteristicsVideo Standards NTSCPALPAL-MSECAMGenericVideo TriggerModes Line (number) of Field 1 Field

Option 005 Trigger SystemInternal trigger Sensitivity Performance remains unchangedCoupling Performance remains unchangedModes Performance remains unc

GlossaryThis glossary is organized into two parts: oscilloscope andTV/video trigger terms. TheTV/video trigger terms apply tooscilloscopes with Optio

Delayed Gives an expanded viewof the main sweep.Deskewing The removal of timeoffset errors between two signals.The error is typically due to differ-en

Normal If a trigger signal is pre-sent and the trigger conditions aremet, a waveform is displayed. Ifthere is no trigger signal, the oscillo-scope do

Skew Time offset between two sig-nals, typically due to differences ineither cable lengths or characteristics.Slope/Coupling Allows access tothe trig

TV/Video Trigger TermsBlanking Level The level of thecomposite picture signal that separates the range containing picture information from the rangeco

Field 2 Triggers on the field 2 por-tion of the video signal.Frame One complete picture consisting of two fields of interlacedscanning lines.HF Reject

PAL Phase Alternating Line orPhase Alteration Line rate. Colortelevision standards used in Europe.A 625 line, 50 Hz field system. Eightfields for pi

To set up the vertical windowThe following exercise guides you through the vertical keys, knobs, andstatus line.1Center the signal on the display with

Glossary–8

IndexAac coupling, 1–8, 1–13, 5–3, 5–5accuracycursors, 5–3 to 5–4horizontal, 5–4vertical, 5–3acquisition characteristics, 5–7Active Cursor, 2–23adjust

Ffail messagesclearing, 4–37keydown powerup, 4–37fall time, 2–16, 2–18Fast Fourier Transform (FFT), 3–18 to3–19Field 1, 3–8Field 1 softkey, 2–40Field

Oodd field, 3–10 to 3–11offsetadjusting option 005, 4–31Option 005, 3–2characteristics, 5–13offset adjustment, 4–31replacing circuit board, 4–56trigge

timenegative, 1–12time baseaccuracy, 5–4preset configuration, 2–35range, 1–11, 5–4setup, 1–11 to 1–12time cursor, 3–12time domain, 3–18 to 3–19Time ke

DECLARATION OF CONFORMITYaccording to ISO/IEC Guide 22 and EN 45014Manufacturer’s Name:Agilent TechnologiesManufacturer’s Address:Colorado Springs Div

© Copyright AgilentTechnologies 1993-1996, 2000All Rights Reserved.Reproduction, adaptation, ortranslation without priorwritten permission isprohibit

Product WarrantyThis Agilent Technologiesproduct has a warrantyagainst defects in materialand workmanship for a periodof three years from date ofshipm

2 Change the vertical setup and notice that each change affects thestatus line differently.You can quickly determine the vertical setup from the statu

A General-Purpose OscilloscopeThe Agilent 54615B, 54616B, and 54616C oscilloscopes offerexceptional waveform viewing and measurements in a small,light

To expand the vertical signalWhen changing the Volts/Div for analog channels, you can have the signalexpand (or compress) about the center screen or a

To set up the time baseThe following exercise guides you through the time base keys, knobs, andstatus line.1Turn the Time/Div knob and notice the chan

•Turn the Delay knob and notice that its value is displayed in the status line.The Delay knob moves the main sweep horizontally, and it pauses at0.00

To trigger the oscilloscopeThe following exercise guides you through the trigger keys, knobs, and statusline.1Turn the trigger Level knob and notice t

•Press Mode .A softkey menu appears on the display with five trigger mode choices.•Toggle the Single and TV softkeys and notice that they affect the

•Press Slope/Coupling .A softkey menu appears on the display. If you selected Auto level,Auto, Normal, or Single as a trigger mode, six softkey cho

To use roll modeRoll mode continuously moves data across the display from right to left. Rollmode allows you to see dynamic changes on low frequency

Using Color (54616C only)With the 54616C color oscilloscope, you can select any of the sevenavailable color palettes to assign colors to channels, cur

To select the color palettes and observe colors1 Press Display . The name of the selected palette appearsunder the Palette softkey.2 Press the Pale

The following table shows the color palettes and the palette colors mapped tothe display components.Table 1-1Color Palettes and Mapping of Colors to D

Accessories supplied• Two 1.5 meter, 10:1 Rugged 500 MHz Passive Probes (10073B)• Power cord for country of destination• This User and Service Guide•

To print in color1 Press Print/Utility . The 54616C can print to an HP DeskJet Color printer when using an InterfaceModule with either an RS-232 int

2Operating Your Oscilloscope

Operating Your OscilloscopeBy now you are familiar with the VERTICAL, HORIZONTAL, and TRIGGERgroups of the front-panel keys. You should also know how

To use delayed sweepDelayed sweep is a magnified portion of the main sweep. You can usedelayed sweep to locate and horizontally expand part of the ma

Since both the main and delayed sweeps are displayed, there are half asmany vertical divisions so the vertical scaling is doubled. Notice the changes

Figure 2-2 shows the time reference set to center. Notice that the markersexpand around the area of interest. You can place the markers over the are

To use storage oscilloscope operationThere are four front-panel storage keys. They are white instant action keysthat change the operating mode of the

3 Using the position knob in the Vertical section of the front panel,move the trace up and down about one division.Notice that the last acquired wavef

To capture a single eventTo capture a single event, you need some knowledge of the signal in order toset up the trigger level and slope. For example,

6 If you need to compare several single-shot events, press Autostore .Like the Run key, the Autostore key also arms the trigger circuit. When thetri

Options available• Option 001 RS-03 Magnetic Interference Shielding Added to CRT(54615B and 54616B only)• Option 002 RE-02 Display Shield Added to CRT

To capture glitches or narrow pulsesA glitch is a rapid change in the waveform that is usually narrow as comparedto the waveform. This oscilloscope h

Autostore operating hintsUse Autostore for the following cases: • Waveforms that are changing.• Waveforms that you want to view and compare with sto

To trigger on a complex waveformThe difficulty in viewing a complex waveform is triggering on the signal.Figure 2-3 shows a complex waveform that is n

Stable trigger, but the waveform is not synchronized with the triggerHoldoff synchronizes the waveform with the triggerIn Figure 2-4, the holdoff is s

To make frequency measurements automaticallyThe automatic measurement capability of the oscilloscope makes frequencymeasurements easy, as the followin

If the Show Meas softkey is turned on, cursors are displayed on thewaveform that show the measurement points for the right-mostmeasurement result. If

To make time measurements automaticallyYou can measure the following time parameters with the oscilloscope:frequency, period, duty cycle, width, rise

2 Press Time .A softkey menu appears with six softkey choices. Three of the softkeys aretime measurement functions.Source Selects a channel for th

Time Measurements Four additional time measurement choices are available;+Width, -Width, Rise Time, and Fall Time. Width measurements are made atthe

To make voltage measurements automaticallyYou can measure the following voltage parameters automatically with theoscilloscope: peak-to-peak, average,

In This Book This is the User and Service Guide forthe Agilent 54615B, 54616B, and 54616COscilloscopes. This guide contains fivechapters.First Time U

1 Connect a signal to the oscilloscope and obtain a stable display.2 Press Voltage .A softkey menu appears with six softkey choices. Three of the

3 Press the Vrms softkey.The oscilloscope automatically measures the rms voltage and displays theresult on the display.The oscilloscope makes automati

4 Press the Next Menu softkey.Another voltage measurement softkey menu appears with six additionalchoices. Four of the softkeys are voltage measureme

To make cursor measurementsThe following steps guide you through the front-panel Cursors key. You canuse the cursors to make custom voltage or time m

Cursors used to measure pulse width at levels other then the 50% pointsCursors used to measure the frequency of the ringing on a pulseFigure 2-11Figur

Cursors used to make channel-to-channel delay measurementsThe cursors track delayed sweep. Expand the display with delayed sweep, then characterizeth

Pressing t1 and t2 softkeys simultaneously causes the time cursors to move together when thecursor knob is adjusted.By moving the time cursors togethe

To remove cabling errors from time intervalmeasurementsWhen measuring time intervals in the nanosecond range, small differences incable length can tot

To view asynchronous noise on a signalThe following exercise shows how to use the oscilloscope to viewasynchronous noise on a signal that is not synch

2 Press Autostore .Notice that STORE is displayed in the status line.3Set the Trigger Mode to Normal, then adjust the trigger level into the noisere

vi

To reduce the random noise on a signalIf the signal you are applying to the oscilloscope is noisy (figure 2-21), youcan set up the oscilloscope to re

Low frequency reject (LF Reject) adds a high pass filter with the 3-dB point at50 kHz (see figure 2-20). Use LF reject to remove low frequency signal

3 Use averaging to reduce noise on the displayed waveform.To use averaging follow these steps.•Press Display , the press the Average softkey.Notice

To save or recall tracesThe oscilloscope has two pixel memories for storing waveforms. Thefollowing exercise guides you through how to store and reca

The automatic measurement functions do not operate on stored traces.Remember, the stored waveforms are pictorial information rather than storeddata.•I

To reset the instrument setup1 To reset the instrument to the default factory-preset configuration,press Setup .2Press the Default Setup softkey.3To

To use the XY display modeThe XY display mode converts the oscilloscope from a volts versus timedisplay to a volts versus volts display. You can use

XY display mode operating hintBefore entering xy display mode, center both channels on screen in the mainsweep and adjust sweep speed to obtain greate

6 Move the Y1 and Y2 cursors to the center of the signal.Again, note the ∆Y value.7Calculate the phase difference using formula below.sin θ = second ∆

Signals are 90° out of phaseSignals are in phaseFigure 2-26Figure 2-27Operating Your OscilloscopeTo use the XY display mode2–39

Contents1 The Oscilloscope at a GlanceTo connect a signal to the oscilloscope 1–5To display a signal automatically 1–7To set up the vertical window

To analyze video waveformsEnhanced TV/Video TriggerThis section discusses basic TV video triggering. If you have Option 005Enhanced TV/Video Trigger

5Set the time base to 200 µs/div, then center the signal on the displaywith the delay knob (delay about 800 µs).6 Press Main/Delayed , then press th

Delay in TV line units hintThe oscilloscope has the ability to display delay in TV-line units. Using the TVfield trigger mode activates this line-cou

3Using Option 005 EnhancedTV/Video Trigger

Using Option 005 EnhancedTV/Video TriggerBasic TV/video triggeringThis section discusses Enhanced TV/Video triggering. If you do not have Option005 i

Option 005 gives you an Enhanced TV/Video Trigger for theoscilloscope, allowing highly detailed analysis of TV waveforms. Thisoption offers:• NTSC, PA

To select TV display grid• Press Display , then press the Grid softkey until TV is selected.To autoscale on a video signal1 Use a cable to connect

To trigger on a specific line of videoTV triggering requires greater than 1/4 division of sync amplitude, eitherchannel 1 or channel 2 as the trigger

Triggering on Line 71Table 3-1 Line Numbers per Field for Each TV StandardTV Standard Field 1 Field 2 Alt FldNTSC 1 to 263 1 to 262 1 to 262PAL 1 to 3

To trigger on all TV line sync pulsesTo quickly find maximum video levels, you could trigger on all TV line syncpulses. When All Lines is selected as

3 Using Option 005 Enhanced TV/Video TriggerTo select TV display grid 3–4To autoscale on a video signal 3–4To trigger on a specific line of video 3

To trigger on a specific field of the video signalTo examine the components of a video signal, trigger on either Field 1 orField 2. When a specific f

To trigger on all fields of the video signalTo quickly and easily view transitions between fields, or to find the amplitudedifferences between the fie

To trigger on odd or even fieldsTo check the envelope of your video signals, or to measure worst casedistortion, trigger on the odd or even fields. W

If a more detailed analysis is required, then only one color field should beselected to be the trigger. You can do this by using the oscilloscope’s h

To make cursor measurementsThe following steps guide you through the front-panel Cursors key. You canuse the cursors to make custom voltage or time m

Color Sync measured with the cursors as 40 IREFigure 3-7Using Option 005 Enhanced TV/Video TriggerTo make cursor measurements3–13

To use delayed sweepDelayed sweep is a magnified portion of the main sweep. You can usedelayed sweep to locate and horizontally expand part of the ma

Modulated staircase or 5-step, measuring sync pulse fall time with delayed sweepWindowed frequency measurement in a multi-burst by use of delayed swee

To analyze video waveforms with Option 005The combination of the TV trigger, delayed sweep, and automaticmeasurements allow this oscilloscope to preci

5Set the time base to 200 µs/div, then center the signal on the displaywith the delay knob (delay about 800 µs).6 Press Main/Delayed , then press th

Troubleshooting the Oscilloscope 4–32To construct your own dummy load 4–33To check out the oscilloscope 4–34To clear error messages 4–37To check

To window in on harmonic distortion using FFTSine waves that are not perfectly shaped in the time domain generateharmonics in the frequency domain. V

The FFT function then shows the harmonic content of the subcarrier in thefigure below. Had the time/division and delays controls not been used tozoom

To connect to other instrumentsThe rear panel outputs provide an easy way to connect your Option005-equipped oscilloscope to other instruments such as

4Verifying Oscilloscope Performance 4–5Adjusting the Oscilloscope 4–21Troubleshooting the Oscilloscope 4–32Replacing Parts in the Oscilloscope 4–4

ServiceIf the oscilloscope is under warranty, you must return it to AgilentTechnologies for all service work covered by the warranty. See "Toret

Table 4-1Recommended list of test equipment to service the oscilloscopeEquipment Critical specifications Recommended Model/Part Use1Signal generator 1

To return the oscilloscope to Agilent TechnologiesBefore shipping the oscilloscope to Agilent Technologies, contact yournearest Agilent Technologies S

Verifying Oscilloscope PerformanceThis section shows you how to verify the electrical performance of theoscilloscope, using the performance characteri

To check the output of the CALIBRATORIn this test you measure the output of the rear-panel CALIBRATOR output witha multimeter and an oscilloscope. Th

4 Press any key once to advance the test.The multimeter should read 5.000 V ± 10 mV. If the result is not within thetest limits, see "Troublesho