Agilent Technologies 41A, 54621D, 24A, 42A, 54621A User Cal Status, Self test, About Oscilloscope

Page 233

Utilities

To perform service functions

User Cal Status

Pressing the User Cal Status softkey displays the following summary results of the previous User Cal.

Results:

User Cal date:

DT since last User Cal:

Failure:

Comments:

Self test

Pressing the Start Self Test softkey performs a series of internal procedures to verify that the oscilloscope and any attached module are operating properly.

It is recommended you run Self Test:

•after experiencing abnormal operation.

•for additional information to better describe an oscilloscope failure.

•to verify proper operation after the oscilloscope has been repaired.

Successfully passing Self Test does not guarantee 100% of the oscilloscope's functionality. Self Test is designed to provide an 80% confidence level that the oscilloscope is operating properly.

About Oscilloscope

Pressing the About Oscilloscope softkey displays information about your oscilloscope model number, serial number, software revision, ROM revision, and option module attached.

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Contents Agilent 54621D/22D/41D/42D Mixed-Signal Oscilloscopes Horizontal Controls select sweep speed and delay parameters Display shows current input signalsSoftkeys extend the functionality of command keys UtilitiesThis Book Page Contents Trigger Types ContentsRun/Stop/Single/Infinite Persistence Operation Using Labels on the Mixed-Signal OscilloscopeCapturing Data Saving and Recalling Traces and SetupsMath Functions Cursor MeasurementsUtilities Contents-6 Getting Started Getting Started Getting Started Setting up the Oscilloscope To inspect package contents To inspect package contents Package contents for 54620/40-Series Oscilloscopes To inspect options and accessories To inspect options and accessoriesModel Description To inspect options and accessories Accessories availablePlug Type Cable Part Number To inspect options and accessories Power CordsTo clean the oscilloscope To clean the oscilloscopeDisconnect power from the instrument To adjust the handle To adjust the handleTo power-on the oscilloscope To power-on the oscilloscopePress the power switch To adjust the waveform intensity To adjust the waveform intensityTo connect the oscilloscope analog probes To connect the oscilloscope analog probesPress Autoscale To compensate your analog probeTo compensate your analog probe To use the digital probes mixed-signal oscilloscope only To use the digital probes mixed-signal oscilloscope onlyConnect the clip to a node in the circuit you want to test Signal Lead Ground Lead Clip Signals Ground To connect a printer To connect a printerTo connect an RS-232 cable To verify basic oscilloscope operation To verify basic oscilloscope operationPress the Autoscale key on the front panel Getting started using the oscilloscope interface To verify basic oscilloscope operation Using Quick Help Getting Started Loading an updated language file from floppy disk Loading an updated language file from floppy diskPage Front-Panel Overview Front-Panel Overview Using Auto trigger mode versus Normal trigger mode Using Single versus Run/StopViewing signal detail with acquire mode Important Oscilloscope ConsiderationsImportant Oscilloscope Considerations Using Vectors Display menu Post Acquisition Processing Delayed Sweep54620/40-series Oscilloscope Front Panels 54620/40-series Oscilloscope Front Panels54624A 4-Channel Oscilloscope Front Panel Entry knob Autoscale key Softkeys 54621D, 54622D D, and 54642D digital channels Front-Panel OperationInterpreting the display Interpreting the displayExample To use analog channels to view a signalTo use analog channels to view a signal To use digital channels to view a signal To use digital channels to view a signalTo display signals automatically using Autoscale To display signals automatically using AutoscaleHow Autoscale Works Undo AutoscaleTo apply the default factory configuration To apply the default factory configurationCenter the signal on the display using the position knob To adjust analog channel vertical scaling and positionTo adjust analog channel vertical scaling and position Measurement HintsExpand About Center To set the vertical expand reference for the analog signalTo set analog channel probe attenuation factor To display and rearrange the digital channels To display and rearrange the digital channelsTo operate the time base controls Press the Main/Delayed, then press the Vernier softkeyTo operate the time base controls To start and stop an acquisition First set trigger Mode/Coupling Mode softkey to NormalTo make a single acquisition To start and stop an acquisitionPress the Delayed softkey To use delayed sweepTo use delayed sweep Press Main/DelayedTo make cursor measurements To make cursor measurementsTo make automatic measurements To make automatic measurementsChoose what measurement you want on that source by pressing To modify the display grid To modify the display gridTo print the display Triggering the Oscilloscope Triggering the Oscilloscope Trigger Out connectorSelecting Trigger Modes and Conditions To select the Mode and Coupling menuAuto Level and Auto modes To select a trigger mode Normal, Auto, Auto LevelTo select a trigger mode Normal, Auto, Auto Level Normal mode To select trigger Coupling To select trigger CouplingTo select Noise Reject and HF Reject To set holdoff To set holdoffTo set holdoff Holdoff Operating Hints External Trigger Input External Trigger Probe SettingsExternal Trigger Input Previous menu MegaZoom Technology Simplifies Triggering Trigger TypesTo use Edge triggering To use Edge triggeringSelect 1, 2, Ext, or Line as the trigger source To use Edge triggering To use Pulse Width triggering To use Pulse Width triggeringPress the qualifier softkey to select the time qualifier Qualifier time set softkey Qualifiers can be set as followsTo use Pattern triggering To use Pattern triggeringSpecifying an Edge in a Pattern To use can triggering To use can triggeringPress the Trigger softkey to select the trigger condition Press the Baud softkey to set the can signal baud rateTo use Duration triggering To use Duration triggeringTo use Duration triggering When the duration trigger occurs To use I2C triggering To use I2C triggeringAck Data Stop Start Address R/W Condition Frame Start Addr7 Read Ack Data or Condition 26th clock edge To use I2C triggering To use Sequence triggering To use Sequence triggeringSequence Selected Edge Pattern 1 and Edge Press the Stage softkey and select FindPress the Find softkey and select the Find stage condition Edge Pattern 2 and Edge Nth Edge Press the Stage softkey and select Trigger onEdge 1 or Pattern 1 and Edge Timeout Press the Stage softkey and select Reset onTo use Sequence triggering To use SPI triggering To use SPI triggeringResetting all bits in the serial data string to one value Assign source channels to the clock, data, and frame signals To use SPI triggering To use SPI triggering To use TV triggering To use TV triggeringTo use TV triggering Provide Correct Matching Press the Mode softkey to select the TV triggering modeTV standard Field Alt Field Alternate Triggering To trigger on a specific line of videoLine Number Represents Count Line Numbers per Field for Each TV StandardTo trigger on all TV line sync pulses To trigger on a specific field of the video signal To trigger on all fields of the video signal To trigger on odd or even fields Holdoff Settings To use USB triggering To use USB triggeringTo use USB triggering Trigger Out connector MegaZoom Concepts and Oscilloscope Operation MegaZoom Concepts and Oscilloscope Operation MegaZoom Concepts Memory depth values Deep MemoryDeep Memory MegaZoom Technology Oscilloscope ResponsivenessOscilloscope Responsiveness Display Update Rate Display Update RateTurning channels off To setup the Analog channelsTo setup the Analog channels To setup the Analog channels Press the Invert softkey to inverted the selected channel Press the Imped impedance softkeyPress the BW Limit softkey to turn on bandwidth limiting Press the Probe softkey to display the channel probe menu Press the Main softkey to select Main horizontal mode To setup the Horizontal time baseTo setup the Horizontal time base Main modePress the Vernier softkey to turn on the time base vernier To setup the Horizontal time base Delayed mode To setup the Horizontal time base XY mode Roll modeAcquisition Modes Acquisition ModesPress the Acquire key to display the Acquire menu Peak Detect All points displayed after Single or StopSmoothing # Avgs=1 or High-resolution mode Average ModeRealtime Mode Press the Display key to view the Display menu Display modesInfinite Persistence Clear displayVectors On/Off Zoom Pan and ZoomPan and Zoom To pan and zoom a waveform To pan and zoom a waveformRun/Stop/Single/Infinite Persistence Operation Single versus Run/Stop Acquiring DataAcquiring Data Memory Depth/Record Length Memory Depth/Record LengthRun/Stop versus Single SingleTo take a single trace To run and stop an acquisitionPress the Single key To run and stop an acquisitionTo capture a single event Connect a signal to the oscilloscope Set up the triggerTo capture a single event Operating HintsClearing stored infinite persistence waveforms To use infinite persistenceTo use infinite persistence To clear the waveform display To clear the waveform displayPress the Display key, then press the Clear Display softkey To display digital channels using Autoscale Configuring the Mixed-Signal OscilloscopeInterpreting the digital waveform display Activity indicatorInterpreting the digital waveform display List of stacked channels To turn individual channels on and off To turn individual channels on and offTo change the display size of the digital channels To force all channels on or all channels offPress the Turn on or Turn off softkey DisplayedTo change the logic threshold for digital channels To change the logic threshold for digital channelsInput Impedance Using Digital Channels to Probe CircuitsUsing Digital Channels to Probe Circuits High-Frequency Probe Equivalent Circuit Probe Grounding Best Probing Practices Using Labels on the Mixed-Signal Oscilloscope To turn the label display on or off To turn the label display on or offTo assign a predefined label to a channel To assign a predefined label to a channelPress the Label key To define a new label Label Assignment Auto-Increment FeaturesTo define a new label To define a new label Label List Management Press the Default Library softkey To reset the label library to the factory defaultTo reset the label library to the factory default Defaulting labels without erasing the default libraryMaking a hardcopy print Saving and Recalling Traces and SetupsPress the Save/Recall key to display the Save/Recall menu To Autosave traces and setups To Autosave traces and setupsMegaZoom Concepts and Oscilloscope Operation To create a new file name, press the New File softkey To save traces and setups to a new file on the floppy diskTo save traces and setups to a new file on the floppy disk Recalling overwrites current settings To recall traces and setupsTo recall traces and setups Saving printing screen images to floppy disk Saving printing screen images to floppy diskPress the CSV, TIF, or BMP softkey Recalling the factory default setup Recalling the factory default setupMaking Measurements Concepts about the 54620/40-series Oscilloscopes Making MeasurementsCapturing Data Main and Delayed SweepMaking Measurements To use delayed sweep To reduce the random noise on a signal To reduce the random noise on a signalLF Reject Press the Acquire key, then press the Averaging softkey Use averaging to reduce noise on the displayed waveformSmoothing # Avgs=1 or High-resolution mode Making Measurements Characterize the glitch with delayed sweep To use the Roll horizontal mode To use the Roll horizontal modePress the Main/Delayed key, then press the Roll softkey To use the XY horizontal mode To use the XY horizontal modeSignal centered on the display Calculate the phase difference using the formula below Signals are 90 out of phase Signals are in phase Math Operating Hints Math FunctionsMath Scale and Offset are Set Automatically Math Scale and OffsetMath Scale and Offset Multiply MultiplySubtract SubtractDifferentiate DifferentiateFigure below shows an example of differentiate Integrate IntegrateIntegrate and Signal Offset FFT Measurement FFT MeasurementAliasing FFT Operation Scale and offset considerations FFT Measurement Hints FFT Measurement FFT Measurement Hints Cursor Measurements To make cursor measurements Select the X and Y softkeys to make a measurement Cursor Examples Cursors measure frequency of pulse ringing Measuring pulse width with cursors Automatic Measurements Phase DelayAverage Amplitude Base Maximum Minimum Peak-to-Peak RMS Top Preshoot OvershootMaking automatic measurements Making automatic measurementsMaking time measurements automatically Making time measurements automaticallyFFT measurements Digital channel time measurementsDuty Cycle CounterFrequency PeriodRise Time Making time measurements automatically Fall Time+ Width WidthIsolating an event for frequency measurement Making time measurements automatically At MinMaking Delay and Phase Measurements Making Delay and Phase MeasurementsDelay Digital channel measurementsPhase Measurement Math Measurements and Units Making voltage measurements automaticallyMaking voltage measurements automatically Measurement definitions Top Using delayed sweep to isolate a pulse for Top measurementPreshoot Making overshoot and preshoot measurementsMaking overshoot and preshoot measurements Making overshoot and preshoot measurements Overshoot Page Utilities Utilities To configure Quick Help languages To configure Quick Help languagesLanguage Info softkey Loading an updated language file from floppy diskTo update your instrument to the latest application software Press the Format softkey to select the print format To configure a printerTo configure a printer Scale factors CSV lengthGray scale printing Form feedTo use the floppy disk Deleted files cannot be recoveredTo use the floppy disk To set up the I/O port to use a controller To set up the I/O port to use a controllerPress the XON DTR softkey to set the RS-232 handshake Press the Baud softkey to set the RS-232 baud rateRS-232 Connections Pin Number SignalTo set the clock To set the clockPress the Saver softkey to select the screen saver type To set up the screen saverTo set up the screen saver To set up the screen saver To perform service functions To perform service functionsPress Start User Cal to start the routine User CalAbout Oscilloscope User Cal StatusSelf test To set other options Default Library softkey mixed-signal oscilloscopes onlyTo set other options Expand softkeyPerformance Characteristics Performance Characteristics Acquisition Digital Channels on 54621D and 54622D only Agilent 54620-series Performance CharacteristicsAcquisition Analog Channels Vertical System Analog Channels Agilent 54620-series Performance CharacteristicsAccuracy = ±2.0%80 mV + 0.4%80 mV = ±1.92 mV Vertical System Digital Channels 54621D and 54622D onlySample rate of 200/400 MSa/s HorizontalCan Trigger SystemExternal EXT Triggering Analog Channel TriggeringDigital D15 D0 Channel Triggering 54621D and 5462 2D Display System Measurement FeaturesStorage FFTInstallation categories General CharacteristicsPower Requirements Agilent 54620-series Performance Characteristics Acquisition Digital Channels on 54641D and 54642D only Agilent 54640-series Performance CharacteristicsAgilent 54640-series Performance Characteristics Vertical System Digital Channels 54641D and 54642D only Range Ns/div to 50 s/div Resolution Vernier Minimum pulse width setting 2 ns Digital D15 D0 Channel Triggering 54641D and 54642D Display System Window Rectangular, Flattop, Hanning Noise Floor General Characteristics Page Numerics IndexMissing acknowledge condition, I2C trigger IndexIndex-3 Index-4 Declaration of Conformity EMC Product RegulationsDeclaration of Conformity Product Regulations Safety Agilent Technologies, Inc Document Warranty

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