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Agilent Technologies 35670-90066 manual Suggested Assembly for Series Resistor

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Suggested Assembly for Series Resistor

Specifications	Agilent 35670A
Recommended Test Equipment

Recommended Test Equipment (continued)
Instrument	Critical Specifications	Recommended Model

Cables	BNC-to-Dual Banana	HP 11001-60001
	(6) BNC-to-BNC 30 cm	HP 8120-1838
	BNC-to-BNC 122 cm	HP 8120-1840

Adapters	BNC(m)-to-Dual Banana Plug	HP 10110B
	BNC(f)-to-Dual Banana Plug	HP 1251-2277
	BNC(f)-to-BNC (f)	HP 1250-0080
	(4) BNC Tee (m)(f)(f)	HP 1250-0781

Resistor (2)†	Value: 1 kΩ	HP 0757-0280
	Accuracy: 1%
	Power: 0.25W

† See the following for suggested assembly.

Suggested Assembly for Series Resistor

The following is a suggested assembly for the 1 kΩ series resistor. Two 1 kΩ series resistors are required for the Intermodulation Distortion performance test.

•Cut resistor leads to 12 mm on each end.

•Solder one resistor lead to the center conductor of the BNC female connector.

•Solder the conductor center pin to the other lead of the resistor.

•Screw the sleeve and the BNC male connector into place. Tighten securely.

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Agilent Technologies 35670-90066 manual Suggested Assembly for Series Resistor

Contents

Agilent 35670A Service Guide Agilent Part Number Printed in MalaysiaPrint Date: March The Agilent 35670A at a Glance Front Panel Agilent 35670A Front Panel The Agilent 35670A at a Glance Rear Panel Agilent 35670A Rear Panel Plot/Print menusPlot/Print menu BEFORE APPLYING POWER Saftey SummaryGENERAL ENVIRONMENTAL CONDITIONSFUSES DO NOT OPERATE IN AN EXPLOSIVE ATMOSPHEREDO NOT REMOVE THE INSTRUMENT COVER Safety Symbols Warning, risk of electric shockAlternating current Both direct and alternating currentAccessories Supplied AccessoriesAvailable Accessories Agilent 35670AIn This Book Table of Contents 1Specifications3Verifying Specifications 2Preparing the Analyzer for UseTo set up the anti-aliasfilter test To set up the input coupling testTo set up the harmonic distortion test To set up the tach function test4Troubleshooting the Analyzer 5Adjusting the Analyzer 6Replacing Assemblies7Replaceable Parts Assembly Covers and Brackets Front Panel PartsOrdering Information Assemblies Cables Instrument Covers and Handles8Circuit Descriptions A98 Power Supply A99 Motherboard A100 Disk DriveOption UK4 Microphone Adapter and Power Supply Overall Instrument Description A1 Input A2 Input9Voltages and Signals 10Internal Test Descriptions11Backdating 12Quick Reference Index Specifications Specifications AbbreviationsFrequency Agilent 35670AFrequency Single Channel Amplitude SpecificationsSingle Channel Amplitude FFT Dynamic Range Single Channel Phase Input NoiseWindow Parameters Cross Channel Phase Cross Channel AmplitudeSpecifications Agilent 35670AInput Time Domain TriggerAgilent 35670A Tachometer Source Output Agilent 35670ADigital Interfaces General Specifications Order Tracking — Option 1D0 Max Order⋅ Max RPMSwept Sine Measurements —Option1D2 Arbitrary Waveform Source—Option1D4Real Time Octave Analysis — Option 1D1 f i+1n = 1, 3 or Recommended Test Equipment Critical SpecificationsRecommended Test Equipment InstrumentSuggested Assembly for Series Resistor Schematic and Parts List for Notch Filter Critical Specifications Additional Recommended Test EquipmentInstrument Recommended ModelPreparing the Analyzer for Use DC Power Requirements AC Power RequirementsPreparing the Analyzer for Use DC Power Cable and Grounding Requirements AC Power Cable and Grounding RequirementsPreparing the Analyzer for Use subject the operator to lethal voltages Preparing the Analyzer for UseTo do the incoming inspection •Set the analyzer’s power switch to on To install the analyzer other excessive moistureTo connect the analyzer to a dc power source •Turn on the dc power source To change the fuses To connect the analyzer to a serial device To connect the analyzer to a parallel devicePart Number Cable DescriptionTo connect the analyzer to an GPIB device To connect the analyzer to an external monitor •Set the analyzer’s power switch to on lEXT MON ON OFF To connect the optional keyboard •Set the power switch to off OTechnologies keyboards To connect the microphone adapter Standard 2 channel Agilent 35670AOptional 4 channel Agilent 35670ATo clean the screen To store the analyzer•Set the power switch to off O •Remove the power cordTo transport the analyzer If the analyzer will not power up Check that the cable connections are not loose Verifying Specifications Verifying Specifications OverviewFeatures of the Program Test DurationCalibration Cycle Recommended Test EquipmentOperation Verification and Performance Tests Program Controlled Test EquipmentMeasurement Uncertainty Operation Verification Tests Performance TestsSpecifications and Performance Tests SpecificationPerformance Test To load the program •‘’To run the program in semiautomated mode’’•‘’To run the program without a printer’’ •‘’To run the program in manual mode’’To run the program in semiautomated mode • Press the following keys to start the test To run the program without a printer •Press the following keys•Press the following keys to start the test in the selected test record To run the program in manual mode To set up the self test Verifying SpecificationsPerformance Test and Operation Verification Agilent 35670ATo set up the dc offset test 1 2 ch1 4 ch Verifying SpecificationsTo set up the noise test Verifying SpecificationsTo set up the noise test 1 2 chTo set up the spurious signals test 1 2 ch1 4 ch To set up the amplitude accuracy test 1 2 ch1 4 ch To set up the flatness test 1 2 ch1 4 ch To set up the amplitude linearity test 1 2 ch1 4 ch To set up the A-weightfilter test 1 2 ch1 4 ch To set up the channel match test 1 2 ch1 4 ch To set up the frequency accuracy test Verifying SpecificationsTo set up the frequency accuracy test 1 2 chTo set up the anti-aliasfilter test 1 2 ch1 4 ch To set up the input coupling test 1 2 ch1 4 ch To set up the harmonic distortion test 1 2 ch1 4 ch 2 ch 2A 2 ch4 ch Verifying SpecificationsVerifying Specifications To set up the harmonic distortion test4 ch Agilent 35670ATo set up the intermodulation distortion test 1 2 ch1 4 ch 1A 2 ch 1A 4 chVerifying Specifications To set up the intermodulation distortion testTo set up the cross talk test 2 2 ch1 2 ch 3 2 ch 2 4 chTo set up the cross talk test 1 4 ch3 4 ch 4 4 chVerifying Specifications To set up the cross talk test5 4 ch To set up the cross talk testAgilent 35670A To set up the single channel phase accuracy test 1 2 ch1 4 ch To set up the external trigger test 1 2 ch1 4 ch Verifying Specifications To set up the external trigger test1A 2 ch 1A 4 chTo set up the tach function test 1 2 ch1 4 ch Verifying Specifications To set up the tach function test1A 2 ch 1A 4 chTo set up the input resistance test Verifying SpecificationsTo set up the input resistance test 1 4 chVerifying Specifications To set up the input resistance test2 4 ch 3 4 chTo set up the ICP supply test 1 2 ch2 2 ch 4 2 ch Verifying SpecificationsTo set up the ICP supply test 3 2 ch6 4 ch To set up the ICP supply test3 4 ch 4 4 ch7 4 ch 8 4 chVerifying Specifications To set up the ICP supply testTo set up the source amplitude accuracy test 1 2 ch1 4 ch To set up the source output resistance test 1 2 ch2 2 ch Verifying Specifications To set up the source output resistance test3 2 ch 1 4 chTo set up the source dc offset test 1 2 ch1 4 ch To set up the source flatness test Verifying SpecificationsTo set up the source flatness test 1 2 chTo set up the source distortion test 1 2 ch1 4 ch ITM_35670A Main Menu Descriptions Start Testing Menu Descriptions Test Configuration Menu Descriptions Equipment Configuration Menu Descriptions Title Page Menu Descriptions Measurement Uncertainty Using Recommended TestUsing Other Test Equipment Performance TestVerifying Specifications Agilent 35670AMeasurement Uncertainty Using Other Test Equipment EquipmentMeasurement MeasurementPerformance Test Record - Two Channel Test Instruments UsedSelf Test DC OffsetNoise Verifying SpecificationsSpurious Signals Verifying SpecificationsAgilent Test Date:___/___/___Verifying Specifications Performance Test Record - Two ChannelTest Date:___/___/___ 4 ofVerifying Specifications Agilent 35670ATest Date:___/___/___ 5 ofSpurious Signals continued Amplitude AccuracyFlatness Verifying SpecificationsAmplitude Linearity Agilent 35670ATest Date:___/___/___ 7 ofA-WeightFilter Channel MatchVerifying Specifications Test Date:___/___/___Frequency Accuracy Anti-AliasFilterInput Coupling Agilent 35670AHarmonic Distortion Verifying SpecificationsTest Date:___/___/___ 10 ofIntermodulation Distortion Cross TalkAgilent 35670A Test Date:___/___/___Single Ch Phase Accuracy External TriggerTach Function option D01 only Verifying SpecificationsInput Resistance ICP SupplySource Amplitude Accuracy Source Output ResistanceSource DC Offset Source FlatnessSource Distortion Verifying SpecificationsPerformance Test Record - Four Channel Test Instruments UsedVerifying Specifications Self TestDC Offset NoiseSpurious Signals Spurious Signals continuedVerifying Specifications Agilent 35670AVerifying Specifications Performance Test Record - Four ChannelFour Ch, 1600 Hz Start, Ch Verifying Specifications Agilent 35670AFour Ch, 14400 Hz Start, Ch Spurious Signals continued Verifying SpecificationsPerformance Test Record - Four Channel Four Ch, 20800 Hz Start, ChVerifying Specifications Amplitude AccuracyAgilent 35670A Test Date:___/___/___Amplitude Accuracy continued Verifying Specifications FlatnessAgilent 35670A −11 dBVrms, 51.2 kHz, One Ch, ChVerifying Specifications Amplitude LinearityPerformance Test Record - Four Channel Test Date:___/___/___A-WeightFilter Verifying SpecificationsAgilent 35670A MeasurementVerifying Specifications Channel MatchPerformance Test Record - Four Channel Two Ch, 2/1, 7 dBV FS MagVerifying Specifications Agilent 35670APerformance Test Record - Four Channel Verifying Specifications Frequency AccuracyAnti-AliasFilter Input CouplingVerifying Specifications Harmonic DistortionAgilent 35670A Test Date:___/___/___Verifying Specifications Intermodulation DistortionPerformance Test Record - Four Channel Test Date:___/___/___Single Ch Phase Accuracy Verifying SpecificationsCross Talk Agilent 35670AVerifying Specifications External TriggerTach Function option D01 only Input ResistanceVerifying Specifications Source Amplitude AccuracySource Output Resistance Agilent 35670AVerifying Specifications Source DC OffsetSource Flatness Source DistortionOperation Verification Test Record - Two Channel Test Instruments UsedVerifying Specifications Self TestDC Offset NoiseSpurious Signals Verifying SpecificationsAgilent 35670A Operation Verification Test Record - Two ChannelVerifying Specifications Test Date:___/___/___4 of Operation Verification Test Record - Two ChannelSpurious Signals continued Verifying SpecificationsAgilent 35670A Test Date:___/___/___Verifying Specifications Amplitude AccuracyOperation Verification Test Record - Two Channel Test Date:___/___/___A Weight Filter Verifying SpecificationsFlatness Amplitude LinearityVerifying Specifications Channel MatchAgilent 35670A Operation Verification Test Record - Two ChannelSingle Ch Phase Accuracy Verifying SpecificationsFrequency Accuracy Tach Function option D01 onlyVerifying Specifications ICP SupplySource Amplitude Accuracy Source FlatnessOperation Verification Test Record - Four Channel Test Instruments UsedVerifying Specifications Self TestDC Offset NoiseSpurious Signals Agilent 35670ATest Date:___/___/___ 3 ofVerifying Specifications Test Date:___/___/___4 of Operation Verification Test Record - Four ChannelVerifying Specifications Agilent 35670ATest Date:___/___/___ 5 ofSpurious Signals continued Verifying SpecificationsTest Date:___/___/___ 6 ofVerifying Specifications Amplitude AccuracyAgilent 35670A Test Date:___/___/___Verifying Specifications Amplitude Accuracy continuedTest Date:___/___/___ 8 ofFlatness Agilent 35670ATest Date:___/___/___ 9 ofVerifying Specifications Amplitude LinearityTest Date:___/___/___ 10 ofA Weight Filter Verifying SpecificationsAgilent 35670A Test Date:___/___/___Verifying Specifications Channel MatchAgilent 35670A Test Date:___/___/___Verifying Specifications Frequency AccuracyAgilent 35670A Test Date:___/___/___Single Ch Phase Accuracy Verifying SpecificationsTach Function option D01 only ICP SupplySource Amplitude Accuracy Source FlatnessSource Distortion Agilent 35670APage Troubleshooting the Analyzer Troubleshooting the Analyzer Safety ConsiderationsTroubleshooting Hints Equipment RequiredHow to troubleshoot the analyzer SymptomTroubleshooting Test To perform initial verification Symptom Probable Faulty AssemblyPage Signal Name Probable Faulty Assembly1 MΩ 10:1 probe Test LocationTroubleshooting the Analyzer Agilent 35670AA7 Component Locator, Circuit Side To perform initial verificationStep 7. Check signals required for power up Signal NameProbable Faulty Assembly Signal NameTo troubleshoot the power supply •Set the power switch to off O •Remove the A7 CPU assembly •Disconnect the fan cable from A99 P90 To troubleshoot power-upfailures • Set the power switch to on lpower-uptest result to the following table Step• Set the power switch to off O Power-onLEDs BinaryHexa ~Time LEDsTo troubleshoot CPU, memory, and buses failures G• Set the power switch to off O Probable Faulty AssemblyBinary HexadecimalA7 Component Locator, Circuit Side 4-20• Set the power switch to off O To troubleshoot display failures Page Symptom Probable Faulty AssemblyVertical and horizontal scanning is occurring To troubleshoot IIC bus failures • Set the power switch to on l • Attach a logic probe to A7 P7 pin 2 SCLLEDs, and the display G• Attach the logic probe to A7 P7 pin 1 SDA •Set the power switch to off O To troubleshoot fast bus failures Troubleshooting the Analyzer To troubleshoot fast bus failuresAgilent 35670A To perform self tests using a BNC cable• Set the power switch to on l displayed ‘’To troubleshoot self-testlockup failures.’’4-40 ‘’To troubleshoot intermittent failures.’’ following tableProbable Faulty Assembly Adjustment Troubleshooting TestFailing Self Test Probable Faulty Assembly AdjustmentTroubleshooting Test Failing Self TestSelf-TestTroubleshooting Guide continued Probable Faulty AssemblyAdjustment Troubleshooting TestProbable Faulty AssemblyFailure Next TestTo troubleshoot self-testlockup failures G• Set the power switch to on lG• Press the following keys Page To troubleshoot intermittent failures •Set the power switch to on l•Press the following keys To troubleshoot performance test failures Troubleshooting the Analyzer Probable Faulty AssemblyAdjustment Troubleshooting TestTroubleshooting the Analyzer Failing Performance Test Troubleshooting GuideSpurious signals To troubleshoot performance test failuresTo troubleshoot source and calibrator failures assembly is probably faultyStep 2. Check the dc offset • Connect the voltmeter to A5 TP3• Press the following keys G• Set the power switch to off O •Set the power switch to on lTroubleshooting the Analyzer Step 4. Check the calibrator outputTroubleshooting the Analyzer System UtilityInput Source•Press the following keys To troubleshoot input and ADC failures Probable FaultyAssembly System UtilityTroubleshooting the Analyzer To troubleshoot input and ADC failuresPage G• Set the power switch to on l G• Set the power switch to off O To troubleshoot distortion failures To troubleshoot disk drive failures The read/write To troubleshoot auto-rangefailures •Set the power switch to on l•Press the following keys •Press the following keys•Press the following keys To troubleshoot DIN connector failures To troubleshoot trigger failures G• Set the power switch to on l•Set the frequency synthesizer as follows CHANNEL 3 option AY6 only CHANNEL 4 option AY6 onlymS S The analyzer should now triggerG• Set the power switch to off O •If the signal at A5 TP 204 is toggling, the A6 Digital assembly is probably faulty G• Set the power switch to off O To troubleshoot memory battery failures Troubleshooting the Analyzer To troubleshoot memory battery failuresAgilent 35670A G• Set the power switch to on l To troubleshoot tachometer failures • Press the following keys Page Adjusting the Analyzer Adjusting the Analyzer AdjustmentAssembly ComponentSafety Considerations Adjusting the AnalyzerEquipment Required potentially dangerous voltagesRemote Operation AdjustmentGPIB Code To adjust the frequency reference •Set the power switch to off O•Set the power switch to on To adjust the source Adjusting the AnalyzerTo adjust the source Equipment Required: MultimeterTo adjust the ADC gain, offset and reference •Set the power switch to off O •Set the power switch to on•Set the oscilloscope as follows •Press the following keys To adjust the input dc offset Equipment Required: NoneG• Set the power switch to on G• Set the power switch to on To adjust common mode rejection Equipment Required: BNC-to-BNCCable•Set the power switch to off O •Set the power switch to off O •Press the the following keys To adjust filter flatness Adjusting the AnalyzerTo adjust filter flatness G• Set the power switch to on G• Set the power switch to on •Press the following keys To adjust the display voltage Adjusting the Analyzer To adjust the display voltageAgilent 35670A Replacing Assemblies Replacing Assemblies What to do before replacing the CPU assembly Agilent 35670AReplacing Assemblies What to do after replacing an assembly Assembly Replaced Required AdjustmentRequired Performance Test A7 CPUTo remove cover 2 Slide the cover straight upReplacing Assemblies To remove coverTo remove rear panel To remove front panel 2 Remove assembly retainer bracket1 Remove cover see ‘’To remove cover’’ Replacing AssembliesAgilent 35670A Replacing AssembliesTo remove front panel To remove disk drive 1 Remove cover see ‘’To remove cover’’2 Disconnect the disk drive cable 4 Slide the disk drive back and lift upTo remove CPU To remove NVRAM 1 Remove A7 CPU assembly see ‘’To remove CPU’’Replacing Assemblies To remove NVRAMTo remove memory To remove memoryTo remove power supply 6 Lift the A98 Power Supply assembly straight To remove power supplyAgilent 35670A Replacing AssembliesTo remove motherboard 3 Remove assembly retainer bracket4 Unplug all assemblies from the A99 MotherboardTo remove motherboard To remove dc-dcconverter Replacing AssembliesTo remove dc-dcconverter Replaceable Parts Replaceable Parts Ordering InformationNon-ListedParts Direct Mail Order System Code NumbersMfr No Mfr NameAssemblies Replaceable PartsAssemblies Agilent 35670A Agilent PartDescription NumberCables Replaceable PartsCables Instrument Covers and Handles Agilent 35670AReplaceable Parts Assembly Covers and Brackets Assembly Covers and BracketsReplaceable Parts Front Panel Parts Agilent 35670ARear Panel Parts Replaceable PartsRear Panel Parts Chassis Parts Agilent 35670AChassis Parts Screws, Washers, and Nuts Miscellaneous PartsReplaceable Parts Screws, Washers, and NutsOption UK4 Parts Agilent 35670AParts PartsReplaceable Parts Agilent 35670AOption UK4 Parts Circuit Descriptions Circuit Descriptions Overall Instrument DescriptionOverall Block Diagram Two Channel Overall Block Diagram Circuit DescriptionsOverall Instrument Description Four Channel Overall Block Diagram Agilent 35670ACircuit Descriptions Overall Instrument DescriptionA1 Input Agilent 35670A A1 InputDC Offset DAC A1 Input Block Diagram: Channel A1 InputCircuit Descriptions Agilent 35670AA1 Input Block Diagram: Channel 1 continued Agilent 35670ACircuit Descriptions A1 InputA1 Input Block Diagram: Channel A1 InputAgilent 35670A A1 Input Block Diagram: Channel 2 continued Agilent 35670ACircuit Descriptions A1 InputA2 Input Circuit DescriptionsA2 Input Agilent 35670A A2 InputDC Offset DAC A2 Input Block Diagram: Channel 1 or Channel A2 InputAgilent 35670A Agilent 35670A Circuit DescriptionsA2 Input A2 Input Block Diagram: Channel 3 or Channel A2 InputCircuit Descriptions Agilent 35670AAgilent 35670A Circuit DescriptionsA2 Input A5 Analog Channel Switch 1st Pass Circuit ADC ControllerChannel 1 Track & Hold Channel 2 Track & Hold Channel 3 Track & Hold Channel 4 Track & HoldA5 Analog Block Diagram: ADC and Trigger Agilent 35670ACircuit Descriptions A5 Analog±6.2 Voltage Reference Agilent 35670A A5 AnalogCircuit Descriptions A6 Digital • ADC timing and synchronization signalsTrigger Local OscillatorA6 Digital Block Diagram Agilent 35670ACircuit Descriptions A6 DigitalCircuit Descriptions Agilent 35670AA6 Digital FIFO ControllerA7 CPU A7 CPU Block Diagram Circuit DescriptionsA7 CPU Agilent 35670AA7 CPU Block Diagram: Interface •A1 or A2 Input •A5 Analog •SCL serial clock •SDA serial data A8 Memory Local/GpibSystem Utility Plot/PrintAgilent 35670A A8 MemoryROM Address A9 NVRAM A9 NVRAM Block Diagramnonvolatile RAM A10 Rear Panel A10 Rear Panel Block Diagram Circuit DescriptionsA10 Rear Panel Agilent 35670AA11 Keyboard Controller A11 Keyboard Controller Block DiagramA12 BNC Circuit DescriptionsA12 BNC A13 Primary Keypad A14 Secondary KeypadA15 Primary Keypad A22 BNCA98 Power Supply A90 FanA99 Motherboard A100 Disk DriveA101 Display A102 DC-DCConverterOption UK4 Microphone Adapter and Power Supply Option UK4 Microphone Adapter and Power Supply Agilent 35670ACircuit Descriptions Page Voltages and Signals Voltages and Signals Describes signals routedSection Title Assembly Locations and Connections Assembly LocationsVoltages and Signals Assembly Locations and ConnectionsVoltages and Signals Assembly Locations and ConnectionsAssembly Connections for Two Channel Analyzer Agilent 35670AAssembly Connections for Four Channel Analyzer Voltages and SignalsAssembly Locations and Connections Agilent 35670APower Supply Voltage Distribution Voltages and SignalsPower Supply Voltage Distribution A1 Input A2 InputA7 J3 Pins A8 P1 Pins•This assembly uses the signal ⇔This signal is bidirectionalSignal Name Agilent 35670AA8 Memory PA10BD16 —31 Agilent 35670A A8 MemorySIZE0 — SIZE1 A9 NVRAM PinsA8 P2 Signal Name BASnA10 Rear Panel GPIBSignal Name Serial Port Signal NameAgilent 35670A A10 Rear PanelParallel Port Signal NameDIN Keyboard Source OutputTachometer Input External Trigger InputA11 Keyboard Controller Signal NameA11 Keyboard Controller assembly Agilent 35670AThe A12 BNC assembly is only used in two channel analyzers. The A12 BNC assembly routes the signals connected to the Channel 1 BNC connector and Channel 2 BNC connector to the A1 Input assembly. The A12 BNC assembly also routes the source signal from the A5 Analog assembly to the Source BNC connector. The signal connected to Channel 1 should be between 0.19531 Hz to 102.4 kHz in single channel mode and between 0.097656 Hz to 51.2 kHz in two channel mode. The signal connected to Channel 2 should be between 0.097656 to 51.2 kHz. For both channels, the signal’s amplitude range must be between +27 dBVrms and –51dBVrms for full scale measurements. The source output signal can be random noise, burst random noise, periodic chirp, burst chirp, pink noise, or fixed sine. The amplitude range of the source output is ±5 Vpk A12 BNCSignal Name A13 Primary KeypadA11 Location HRNGBn HRNGCnHRNGDn OVLDAnA14 Secondary Keypad COL0 - COL2Voltages and Signals A22 BNCA22 BNC Signal Name Assembly Using SignalMotherboard Connector Connector Pin NumberAgilent 35670A A99 MotherboardAgilent 35670A Voltages and Signals Assembly Using VoltageA99 Motherboard VoltageAgilent 35670A A10MHZVoltages and Signals Agilent 35670AA99 Motherboard EXTRGINAgilent 35670A FSELAnVoltages and Signals Agilent 35670AA99 Motherboard LPFCLKAgilent 35670A SRCCLOCKVoltages and Signals A100 Disk DriveA100 Disk Drive A7 P3Agilent 35670A A100 Disk DriveDISKINn Signal Name A101 DisplayHSYNCELn Pins A102 DC-DCConverterA7 P2 A102Page Internal Test Descriptions Power-onTest Description Internal Test DescriptionsLow-levelSubtests High-levelSubtestsPower-onTest Messages Binary to Hexadecimal10-3 Power-onTest Description Power-onTest MessagesInternal Test Descriptions Calibration Routine Description 10-5DC-OffsetTables and Frequency Correction Curves Internal Test DescriptionsCalibration Routine Description Calibration Error Messages Viewing the Calibration Correction CurvesInst Mode InputDisp Format System UtilityFault Log Messages Self-TestDescriptions SELF TEST FUNCTIONL TESTS ALL10-10 Agilent 35670A Functional Tests All Self-TestGroupSelf Tests that Perform a Measurement Individual Self-TestDescriptions DISTORTN INPUT TRIGGER OFFSET SERIAL PORT Self-TestMenu Map and GPIB Commands GPIB CommandSelf Test GPIB Command Self TestSELF TEST Page Backdating Backdating Quick Reference Quick Reference Assembly Locations Agilent 35670AQuick Reference Assembly Connections for Two Channel Analyzer Quick ReferenceAgilent 35670A Assembly Connections for Four Channel Analyzer Agilent 35670AQuick Reference Two Channel Overall Block Diagram Quick ReferenceAgilent 35670A Four Channel Overall Block Diagram Agilent 35670AQuick Reference A1 Input Block Diagram: Channel Quick ReferenceAgilent 35670A A1 Input Block Diagram: Channel 1 continued Agilent 35670AQuick Reference A1 Input Block Diagram: Channel Quick ReferenceAgilent 35670A A1 Input Block Diagram: Channel 2 continued Agilent 35670AQuick Reference A2 Input Block Diagram: Channel 1 or Channel Quick ReferenceAgilent 35670A Agilent 35670A Quick ReferenceA2 Input Block Diagram: Channel 2 or Channel Quick ReferenceAgilent 35670A Agilent 35670A Quick ReferenceA5 Analog Block Diagram: ADC and Trigger Quick ReferenceAgilent 35670A Agilent 35670A Quick ReferenceA6 Digital Block Diagram Quick ReferenceAgilent 35670A A7 CPU Block Diagram Agilent 35670AQuick Reference A7 CPU Block Diagram: Interface Quick ReferenceAgilent 35670A Reset Logic Agilent 35670AQuick Reference A8 Memory Block Diagram Quick ReferenceAgilent 35670A A9 NVRAM Block Diagram Agilent 35670AQuick Reference A10 Rear Panel Block Diagram Quick ReferenceAgilent 35670A A11 Keyboard Controller Block Diagram Agilent 35670AQuick Reference A98 Power Supply Block Diagram Quick ReferenceAgilent 35670A Index batterybattery backed memory troubleshootingCPU assembly frequency adjustmenttroubleshooting front panelsignals 8-29, initial verification troubleshootinginput assembly common mode adjustmentmemory assembly signal descriptionstroubleshooting troubleshooting battery9-23 10-173-13 10-12hints using self tests voltages power supply distributionwashers, part numbers 7-12If you are thinking about And you want toThen read Guide to Agilent 35670A DocumentationNeed Assistance? About this edition October 2000: Rebranded for Agilent TechnologiesJuly 1994: Previous edition