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Agilent Technologies 1680/90-Series Logic AnalyzerService GuidePublication number 01680-97016October 2005For Safety information, Warranties, and Regul

10 Chapter 1: General InformationAccessories The following accessory is supplied with the Agilent 1680/90-series logic analyzers. The part number i

100 Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-seriesDevice ManagerUse Device Manager to see if the Agilent Logic Analyzer devic

101Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-seriesa Click on the Start button in the task bar, then select Shut Down.b In the

102 Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-series6 Note problems with the power supply, then unplug the power supply from li

103Chapter 5: TroubleshootingGeneral TroubleshootingGeneral TroubleshootingThis section includes troubleshooting procedures that can be done on eith

104 Chapter 5: TroubleshootingGeneral Troubleshooting5 In the Analysis System Self Tests dialog, select the self test options:• Include interactive

105Chapter 5: TroubleshootingGeneral TroubleshootingThe self tests can be run one at a time by clicking on the self-test of interest. The results of

106 Chapter 5: TroubleshootingGeneral TroubleshootingAcquisition board status LEDsThe acquisition board has four LEDs located close to its IEEE 1394

107Chapter 5: TroubleshootingGeneral TroubleshootingLED #1 (closest to the red LED) - the on-board processor is properly initialized and running, at

108 Chapter 5: TroubleshootingGeneral Troubleshooting2 Set up the pulse generator according to the following table.Pulse Generator Setup3 Using four

109Chapter 5: TroubleshootingGeneral Troubleshootinge Click the Master button for the clock to be tested; then, select Both Edges.5 Configure the po

11Chapter 1: General InformationSpecificationsThe specifications are the performance standards against which the product is tested.CharacteristicsTh

110 Chapter 5: TroubleshootingGeneral Troubleshootingsimilar to the figure below.7 Repeat steps 3 through 7 to test other logic analyzer cables.8 Di

111Chapter 5: TroubleshootingGeneral Troubleshootinganalyzer Trigger In BNC.c Using a BNC-banana cable, connect the voltmeter to the logic analyzer

112 Chapter 5: TroubleshootingGeneral TroubleshootingTo test the auxiliary powerThe +5 V auxiliary power is protected by a current overload protecti

1136Replacing AssembliesThis chapter contains the instructions for removing and replacing the assemblies of the logic analyzer. Also in this chapter a

114 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly1680A,AD-series disassembly/assemblyPrepare the instrument for disassemblyDo

115Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly7 Reverse this procedure to install the chassis into the sleeve.When reassembl

116 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly6 Slide the acquisition board out the rear panel of the logic analyzer.Steps

117Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyTo remove the power supply1 Do the procedure "To remove the chassis from

118 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly6 Reverse this procedure to install the power supplyWhen installing a replace

119Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyTo remove the CD-ROM drive assembly1 Do the procedure "To remove the chas

12 Chapter 1: General InformationProbesMaximum Input Voltage + 40V Peak AC+DC, CAT 1Auxiliary PowerPower Through Cables 1/3 amp at 5 V maximum per c

120 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly4 Using a Torx T-6 screwdriver, remove three screws that secure the CD-ROM dr

121Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly3 Using a Torx T-8 screwdriver, remove two screws that secure the flexible dis

122 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyTo remove the PCI boardsThe following PCI boards are installed on the logic a

123Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyTo remove the motherboard1 Do the procedure "To remove the chassis from t

124 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly6 Using a Torx T-10 screwdriver, remove the 6 screws that secure the motherbo

125Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly3 If the I/O panel requires replacement, then EMI gasket (01680-87102) must be

126 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyTo remove the front panel assembly1 Do the procedure "To remove the chas

127Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly6 Reverse this procedure to install the front panel assembly.After installing

128 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyTo disassemble the front panel assemblyRemove the front panel circuit board.1

129Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyReverse this procedure to assemble the front panel assembly.If the front panel

13Chapter 1: General InformationDimensions1680A,AD-Series1690A,AD-Series

130 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly5 Reverse this procedure to install the distribution board.To remove the inve

131Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assembly5 Reverse this procedure to install the inverter board.To remove the fans1 Do

132 Chapter 6: Replacing Assemblies1680A,AD-series disassembly/assemblyTo remove the cable trayDo the following steps only if the cable tray require

133Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assembly1690A,AD-series disassembly/assemblyPrepare the instrument for disassemblyDo t

134 Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assembly6 Reverse this procedure to install the chassis into the sleeve.When reassemb

135Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assembly4 Remove the fascia away from the front panel.If the fascia requires replaceme

136 Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assemblyTo remove the acquisition board1 Do the following procedures:To remove the ch

137Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assemblyTo remove the deck1 Using a Torx T-10 screwdriver, remove four screws that sec

138 Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assembly5 Lift the power supply out of the chassis.6 Reverse this procedure to instal

139Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assembly4 Slide the distribution board up approx 1 cm, then lift the board away from t

14 Chapter 1: General InformationRecommended Test EquipmentEquipment RequiredEquipment Critical Specifications Recommended Model/PartUse*Pulse Gener

140 Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assembly6 Reverse this procedure to install the fans.To remove the line filter1 Do th

141Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assemblyTo remove the front panel and front frame1 Do the following procedures:To remo

142 Chapter 6: Replacing Assemblies1690A,AD-series disassembly/assembly

1437Replaceable PartsThis chapter contains information for identifying and ordering replaceable parts for your logic analyzer.

144 Chapter 7: Replaceable PartsReplaceable Parts OrderingParts listedTo order a part on the list of replaceable parts, quote the Agilent Technologi

145Chapter 7: Replaceable PartsExchange AssembliesSome assemblies are part of an exchange program with Agilent Technologies.The exchange program all

146 Chapter 7: Replaceable PartsExploded ViewExploded view of the Agilent 1680A,AD-series logic analyzer

147Chapter 7: Replaceable PartsAgilent 1680A,AD-Series Replaceable PartsReplaceable PartsRef. Des. Agilent Part Number QTY Description Exchange As

148 Chapter 7: Replaceable PartsE3 5090-4833 6 Grabber Kit Assembly (1681A, AD)E3 5090-4833 4 Grabber Kit Assembly (1682A, AD)E3 5090-4833 2 Grabber

149Chapter 7: Replaceable PartsH11 0515-0430 6 M3.0 x 5.0; 6 mm T10; motherboard to chassisMP1 01660-09101 4 Ground Spring (1680A, AD)MP1 01660-0910

152Preparing for UseThis chapter gives you instructions for preparing the logic analyzer for use.

150 Chapter 7: Replaceable PartsMP25 01681-94302 1 ID Label (1681AD)MP25 01682-94301 1 ID Label (1682A)MP25 01682-94302 1 ID Label (1682AD)MP25 0168

151Chapter 7: Replaceable PartsW12 16600-61602 1 Power Sense Cable (power supply to distribution board)W13 16700-61604 1 Power Supply Cable (16-pin

152 Chapter 7: Replaceable PartsMP41 1400-0611 1 Cable Clamp, 1 in x 1 in adhesive backed (LCD to LCD display)MP42 54801-47401 3 Knob 12 MM Flint Gr

153Chapter 7: Replaceable PartsExploded ViewExploded view of the Agilent 1690A,AD-series logic analyzer

154 Chapter 7: Replaceable PartsAgilent 1690A,AD-Series Replaceable PartsReplaceable PartsRef. Des. Agilent Part Number QTY Description Exchange A

155Chapter 7: Replaceable PartsH1 0515-0372 31 M3.0 x 0.50; 8 mm T10 PH (distribution board to chassis, deck to chassis, probe shroud to acquisition

156 Chapter 7: Replaceable Parts01690-41901 On/Off Keypad01690-44101 Fascia01690-61602 On/Off Cable0515-1934 M2.5 x 0.45; 6 mm T8 PH (power switch i

157Chapter 7: Replaceable PartsPower Cables and Plug ConfigurationsThis instrument is equipped with a three-wire power cable. The type of power cab

158 Chapter 7: Replaceable PartsOpt 918100V8120-4754 90° 90/230 JapanOpt 9218120-6979 90° ChileOpt 9228120-8377 90° People’s Republic of ChinaOpt 92

1598Theory of OperationThis chapter tells the theory of operation for the logic analyzer and describes the self-tests.

16 Chapter 2: Preparing for UsePower RequirementsThe logic analyzer requires a power source of either 115 Vac or 230 Vac, –22 % to +10 %, single pha

160 Chapter 8: Theory of OperationThe information in this chapter will help you understand how the logic analyzer operates and what the self-tests a

161Chapter 8: Theory of OperationAgilent 1680A,AD-series Logic Analyzer TheoryAgilent 1680A,AD-series Logic Analyzer TheoryPC Motherboard. The Agile

162 Chapter 8: Theory of OperationAgilent 1680A,AD-series Logic Analyzer TheoryPower SupplyA low voltage power supply provides all the DC voltages n

163Chapter 8: Theory of OperationAgilent 1680A,AD-series Logic Analyzer TheoryThe probe tip networks are comprised of a series of resistors (250 Ohm

164 Chapter 8: Theory of OperationAgilent 1680A,AD-series Logic Analyzer Theoryresent via DMA transactions to an IEEE 1394 Link Layer chip. The Link

165Chapter 8: Theory of OperationAgilent 1680A,AD-series Logic Analyzer TheoryPower Distribution BoardThe power distribution board connects directly

166 Chapter 8: Theory of OperationAgilent 1690A,AD-series Logic Analyzer TheoryAgilent 1690A,AD-series Logic Analyzer TheoryAcquisition BoardThe Agi

167Chapter 8: Theory of OperationSelf-Tests DescriptionsSelf-Tests DescriptionsThe self-tests identify the correct operation of major functional are

168 Chapter 8: Theory of OperationSelf-Tests DescriptionsAcquisition Board Self TestsThe acquisition board self tests are available in the Agilent L

169Chapter 8: Theory of OperationSelf-Tests DescriptionsTrigger Arm Test. The Trigger Arm Test verifies that the local arm signal can be received by

17Chapter 2: Preparing for Use3 Inspect the product for physical damage.Check the logic analyzer and the supplied accessories for obvious physical o

170 Chapter 8: Theory of OperationSelf-Tests Descriptionsverified that each register has been initialized. Test patterns are then written to ensure

171Chapter 8: Theory of OperationSelf-Tests Descriptionsconfigured to take a simple measurement. Test data is then created at the comparators and an

172 Chapter 8: Theory of OperationSelf-Tests Descriptions

Notices© Agilent Technologies, Inc. 2001, 2004-2005No part of this manual may be reproduced in any form or by any means (including elec-tronic storage

18 Chapter 2: Preparing for UseTo start the user interfaceStart the Agilent Logic Analyzer application from the Start menu or using a shortcut. On t

193Testing PerformanceThis chapter tells you how to test the performance of the logic analyzer against the specifications listed in chapter 1.

2 The Agilent 1680/90-Series Logic Analyzer–At a GlanceFeaturesSome of the main features of the Agilent 1680A,AD-Series Logic Analyzers are as follo

20 Chapter 3: Testing PerformanceThe Logic Analyzer InterfaceTo select a field on the logic analyzer screen, use the arrow keys to highlight the fie

21Chapter 3: Testing PerformanceTo make the test connectorsTo make the test connectorsThe test connectors connect the logic analyzer to the test equ

22 Chapter 3: Testing PerformanceTo make the test connectorsf On two of the test connectors, solder a 20:1 probe. The probe ground goes to the same

23Chapter 3: Testing PerformanceTo set up the test equipment and the logic analyzerTo set up the test equipment and the logic analyzerBefore testing

24 Chapter 3: Testing PerformanceTo set up the test equipment and the logic analyzerb Configure the oscilloscope according to the following table.Os

25Chapter 3: Testing PerformanceTo set up the test equipment and the logic analyzerSet up the 1690A,AD-series logic analyzerPower-up self tests are

26 Chapter 3: Testing PerformanceTo set up the test equipment and the logic analyzer2 In the Analysis System Self Tests dialog, select the self test

27Chapter 3: Testing PerformanceTo set up the test equipment and the logic analyzerTo stop running test, click Stop.To reset the self-test options,

28 Chapter 3: Testing PerformanceTo test the threshold accuracyTo test the threshold accuracyTesting the threshold accuracy verifies the performance

29Chapter 3: Testing PerformanceTo test the threshold accuracyConnect and configure the logic analyzer1 Using the 17-by-2 test connector, BNC cable,

3Service StrategyThe service strategy for this instrument is the replacement of defective assemblies. This service guide contains information for f

30 Chapter 3: Testing PerformanceTo test the threshold accuracyTest the ECL Threshold1 Set up the logic analyzer:a In the Analyzer Setup dialog, cli

31Chapter 3: Testing PerformanceTo test the threshold accuracyTest the 0 V User Threshold1 Set up the logic analyzer:a On the logic analyzer, click

32 Chapter 3: Testing PerformanceTo test the threshold accuracyTest the next pod1 Using the 17-by-2 test connector and probe tip assembly, connect t

33Chapter 3: Testing PerformanceTo set up the logic analyzer for the state mode testsTo set up the logic analyzer for the state mode tests1 Set up t

34 Chapter 3: Testing PerformanceTo set up the logic analyzer for the state mode tests3 Configure the trigger according to your logic analyzer:a In

35Chapter 3: Testing PerformanceTo set up the logic analyzer for the state mode testsselect the M1 marker.c In the Position box, select Value.d Clic

36 Chapter 3: Testing PerformanceTo set up the logic analyzer for the state mode testsh Repeat steps b through f to configure marker M2 using the fo

37Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionTo test the single-clock, single-edge, state acquisitionTest

38 Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisition2 Using SMA cables, connect the oscilloscope to the pulse g

39Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionConnect the 1682/83/92/93A,AD Logic Analyzer to the Pulse Ge

4 In This BookThis book is the service guide for the Agilent 1680/90-Series Logic Analyzers and is divided into eight chapters.Chapter 1 contains in

40 Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionVerify the test signal1 Check the clock period. Using the

41Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionc If the pulse width is outside the limits, adjust the pulse

42 Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionc On the oscilloscope, select [Shift] ∆ Time, then select [

43Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitiond Click OK to close the Sample Positions dialog.4 Select the

44 Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionc Click the Master buttons for the remaining clocks and sel

45Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionthen select [Enter] to display the setup time (∆ Time(1)-(2)

46 Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionc Click the Master buttons for the remaining clocks and sel

47Chapter 3: Testing PerformanceTo test the single-clock, single-edge, state acquisitionTest the next channels (1680/81A,AD and 1690/91A,AD)Connect

48 Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitionTo test the multiple-clock state acquisitionTesting the multiple-clock,

49Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitionConnect and configure the logic analyzer1 Using the 6-by-2 test connecto

Contents 5The Agilent 1680/90-Series Logic Analyzer–At a GlanceFeatures 2Service Strategy 3In This Book1 General InformationAccessories 10Specificati

50 Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitionConnect the 1682/83/92/93A,AD Logic Analyzer to the Pulse Generator 3 A

51Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitionVerify the test signal1 Check the clock period. Using the oscilloscope,

52 Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitionb On the oscilloscope, select [Shift] + width: channel 1, then select [

53Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitionb In the oscilloscope timebase menu, select Position. Using the oscillos

54 Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitiond Connect all clock channels to the pulse generator channel 1 output.e

55Chapter 3: Testing PerformanceTo test the multiple-clock state acquisition6 Enable the pulse generator channel 1 COMP (with the LED on).7 Using th

56 Chapter 3: Testing PerformanceTo test the multiple-clock state acquisitionhave been configured with Falling Edge.d Click OK to close the Analyzer

57Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisitionTo test the single-clock, multiple-edge, state acquisition

58 Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisitionConnect and configure the logic analyzer1 Using the 6-by-

59Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisitionConnect the 1682/83/92/93A,AD Logic Analyzer to the Pulse

6 ContentsTo test the threshold accuracy 28Set up the equipment 28Connect and configure the logic analyzer 29Test the ECL Threshold 30Test the 0 V Us

60 Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisitionVerify the test signal1 Check the clock period. Using th

61Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisition2 Check the data pulse width. Using the oscilloscope, ver

62 Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisition1 Using the Delay mode of the pulse generator channel 2,

63Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisitiond Click OK to close the Sample Positions dialog.3 Select t

64 Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisitionto turn off the other clocks.d Connect the clock to be te

65Chapter 3: Testing PerformanceTo test the single-clock, multiple-edge, state acquisitionTest the next channels (1680/81A,AD and 1690/91A,AD)Connec

66 Chapter 3: Testing PerformanceTo test the time interval accuracyTo test the time interval accuracy Testing the time interval accuracy does not ch

67Chapter 3: Testing PerformanceTo test the time interval accuracy3 Set up the function generator according to the following table.Function Generato

68 Chapter 3: Testing PerformanceTo test the time interval accuracyd Select an Acquisition Depth of 256K.5 Configure the logic analyzer channels:a C

69Chapter 3: Testing PerformanceTo test the time interval accuracyb In the pop-up menu, select Rising Edge.Acquire and verify the test data1 Click t

Contents 75 TroubleshootingTo install the fan guard 78To use the flowcharts 79Troubleshooting the Agilent 1680A,AD-series 80To check the power-up tes

70 Chapter 3: Testing PerformanceTo test the time interval accuracyf Click OK to close the Value dialog.3 Set up the M2 marker for time interval mea

71Chapter 3: Testing PerformancePerformance Test RecordPerformance Test Record Agilent 1680/90-Series Logic Analyzer_______Serial No.______________

72 Chapter 3: Testing PerformancePerformance Test RecordPerformance Test Record (continued)Test Settings ResultsSingle-Clock, Single-Edge Acquisitio

73Chapter 3: Testing PerformancePerformance Test RecordPerformance Test Record (continued)Test Settings ResultsSingle-Clock, Multiple-Edge Acquisiti

74 Chapter 3: Testing PerformancePerformance Test Record

754Calibrating and AdjustingThis chapter gives you instructions for calibrating and adjusting the logic analyzer.

76 Chapter 4: Calibrating and AdjustingLogic analyzer calibrationThe logic analyzer circuitry of the Agilent 1680/90-series logic analyzers does not

775TroubleshootingThis chapter helps you troubleshoot the logic analyzer to find defective assemblies.

78 Chapter 5: TroubleshootingThe troubleshooting consists of flowcharts, self-test instructions, and tests. This information is not intended for co

79Chapter 5: Troubleshootingc Install the optional screws as shown.3 After the required power-on troubleshooting and repair is complete, reverse the

8 Contents1690A,AD-series disassembly/assembly 133Prepare the instrument for disassembly 133To remove the chassis from the sleeve 133To remove the fa

80 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesTroubleshooting the Agilent 1680A,AD-seriesApply power. Observethe instrume

81Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesAre the powersupply fansrunning?Ensure the power cordis properly connected.Is

82 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesAre the fanvoltages OK?Verify the fan voltage.Perform "To test thefan v

83Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesConnect an external800x600 PC monito tothe instrument.Does the externalmonito

84 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-series* Microsoft Windows XP Technical Resourceswill help identify the cause of sp

85Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesUninstall, then reinstallthe Agilent LogicAnalyzer application.Does theapplic

86 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesPossible problem withlogic analyzer cables. Dothe cable test in Chapter5 on

87Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesTo check the power-up testsThe power-up self tests on the 1680A,AD-series log

88 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-series3 Remove the power supply from the instrument. Refer to “To remove the power

89Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesTo test the LCD display signalsBefore attempting to do this procedure, ensure

91General InformationThis chapter lists the accessories, the specifications and characteristics, and the recommended test equipment.

90 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-series4 Using an oscilloscope, probe pins 39 and 40 of J111 for +3.3VdcIf +3.3Vdc

91Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesb As the instrument is booting, probe for digital signals on the hard disk dr

92 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriese While the instrument is attempting to save the file to flexible disk, prob

93Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesTo recover the operating systemTo reinstall the operating systemReinstalling

94 Chapter 5: TroubleshootingTroubleshooting the Agilent 1680A,AD-seriesthe application software.Problems with the Operating SystemOperating system

95Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-seriesTroubleshooting the Agilent 1690A,AD-seriesApply power.Launch theAgilent Logi

96 Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-seriesReconnect thepower cord.Are the instrumentfans running?Suspect the power sup

97Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-seriesPossible problem withhost operating system.Consult host PCdocumentation.Is th

98 Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-seriesPossible problem withlogic analyzer cables. Dothe cable test in Chapter5 on

99Chapter 5: TroubleshootingTroubleshooting the Agilent 1690A,AD-seriesTo verify connectivityUsing Windows Device Manager and Task Manager, you can