Agilent Technologies 85330A specification

Installation

Selecting Positive or Negative-Edge Event Triggers

Figure 1-4 Positive/Negative-Edge EVENT TRIG jumpers

1.Remove the two screws that hold the E1330B board in place.

2.Remove the four screws that hold the 85330-60002 board in place.

3.Pull out the two boards at the same time. You can do this by pulling each one out a little at a time, until they are both removed. Place the boards on an anti-static surface.

Standard positive-edge operation is set at the factory by jumpering E9 and E10 together.

4.To select negative-edge operation, move the jumper across E9 and E8.

5.Reinstall the boards and screws.

85330A Multiple Channel Controller

1-9

Image 27

Agilent Technologies 85330A service manual Positive/Negative-Edge Event Trig jumpers

Contents

Agilent Technologies 85330A Multiple Channel Controller Restricted Rights Legend Chapter What You’ll Find in This Manual… Certiﬁcation Documentation Warranty Assistance Warranty Europe Service and Support Instrument Markings Safety and Regulatory Information Safety Earth Ground Viii Sound Emmisions Manufacturers Declaration Declaration of Conformity Typeface Conventions Xii Contents Operator’s Check Manual Operation Case of Difficulty Accessory Documentation Glossary Xviii85330A Multiple Channel Controller Installation at a Glance Installation Choosing the Proper Conﬁguration Installing the Agilent 85330A Multiple Channel ControllerHow to use the ﬁgure Preparing the Main Antenna Measurement System Flow Chart for Choosing the Correct Installation 85330A Installation Diagram for 8530A Source Control 85330A Installation Diagram for Fast TTL Source Control Checking Operation of the Multiple Channel Controller Loading the Driver from a Personal ComputerEquipment Needed Ibasic is only present if the Ibasic option is installed Procedure Refer to -4 on Selecting Positive or Negative-Edge Event Triggers Positive/Negative-Edge Event Trig jumpers Installing the Switch Control Units and Switches SCU and Switch Mounting Diagram Installing the Switch Control Units and Switches Description This Chapter Required Equipment Recommended Equipment Setting Up the Equipment Performance Veriﬁcation TestSystem Digital Oscilloscope Measurement Display Network Analyzer Cables Calibration Save Setup Voltage Check Switch Control Unit VoltagesVerifying the Multiple Channel Controller Turn-On Output Trigger Test Inputs/Outputs Pulse Receive and Cycle Test Counter Pulse Delay Test Counter Pulse Delay Test Setup Measurement Busy Signal and Pulse Width Test Verifying the Switch Control Unit Switch Setup Verifying the RF Switches Recall Verifying Remote Ports 1 JumpersEquipment Required Remote Port 1 and remote Port 2 Test Procedure AUX 1 and AUX Pulse TestMeasuring Pulses from AUX 1 or AUX When Finished with All Tests Purpose Procedure Operator’s Check General Information Lowering the Workload on the Computer Controller Product DescriptionIn-depth Information Measurement Speed Advantages Triggering Manual Operation Installing the Detachable Power Cord Special Systems Switch ComponentsSwitch control units Preparing the 85330A to Control the System PIN switch modules Downloadable Driver System Interface Required Equipment85383A Local Control Cable 85385A Remote Trigger Cable 85384A Switch Driver CableAgilent 85383 Wiring Table 85383B expansion cable PIN Switches 85331A SP2T PIN Switch85332A SP4T PIN Switch Supplied Equipment and Software Supplied Equipment and Software Environmental Conditions for the 85330A Characteristics85330A Multiple Channel Controller Environmental Limits Dimensions Size and DimensionsVentilation Requirements Need More Information Front Panel Features 85330A Rear Panel Connectors Rear Panel Features Remote 1 Rcvr Ready AUX Power Switch Port 1 Required Options for Agilent 836xx LO Sources 85330A CompatibilityCompatible LO Sources Compatible RF Sources 85330A Compatibility Manual Operation About the Softkeys Menus Utility Keys To Use the Front Panel 85330A Softkey Menu Map Softkey Map Changing the Gpib Address To View or Change the 85330’s Gpib Address More about Switch Addresses To Close Any Switch in the System to select a channel To View the Most Recent Error Message To Change the TTL State of AUX 1 or AUXTo View the Revision of the Downloaded Driver To Perform Service Functions To View Custom Option Number If ApplicableTo Manually Send Trigger Pulses To View Custom Option Number If Applicable 6Programming This Chapter Gpib Addresses Long and Short Command Syntax Channel Switch addressDeﬁnition of Terms SCU address To Choose a Measurement Conﬁguration How to Use the Figure Description To Use this Conﬁguration CW Measurement Conﬁguration Single Source Multiple-Frequency Conﬁguration 8530A settings 85330A settings 8530A Control of Sources Dual Source Multiple-Frequency Measurements Fast Source Control Source settings Selecting a Channel Other examples This example Number of Frequency Points To Use Run-Time Control ModeSetup 85330A Multiple Channel Controller Event Triggering Number of Angular Increments Events List of Switch States TTL Trigger and Ready Timeouts Switch Settling Time Idle Select Switch State Switch List Loop Event TriggerReceiver Ready Run-Time Flow Chart with Programming Command References Event Loop Frequency Loop Run-Time Measurement Sequence for Multiple Controllers Using IMM vs. TTL Trigger for Source To Use Run-Time Control Mode To Use Run-Time Control Mode Example Programming Examples Pairs Repeat Wait Until the Receiver is Ready to Is the Current Point RE-SAVE EX2 Output @RecLISFREQ Soft Reset If PassesAnglepts then RE-SAVE EX3 Assign HP 8530A HP-IB Output @RfSYSTLANG Scpi Output 1194 85330A Error Messages 1305 Not enough driver RAM for this driver 85330A Error Messages Common Command Format Standard Command Format Command Syntax Abbreviated Commands ParametersParameter Types Common Commands Default Syntax ExampleSyntax Example OPC? Default ROUTe Standard Command ReferenceSubsystem Command Syntax Default Syntax ROUTeCONTrol ROUTeDELay RUNTime Subsystem Command Syntax RUNTimeEVENtCOUNt RUNTimeCONTroller RUNTimeEVENtTRIGger TTL Mode IMM Mode Default Syntax Example RUNTimeSOURceCOUNt RUNTimeINITiateIMM RUNTimeSOURceSOURCE2TRIGger RUNTimeSOURceSOURCE1TRIGger RUNTimeSWITchDELay Sets AUX 2 output to TTL LOW during run-time RUNTimeSWITchSCAN This command is in revision A.02.31 or greater RUNTimeSWITchTRIGger RUNTimeTIMEoutRECeiver RUNTimeTIMEoutEVENt RUNTimeTIMEoutREMote RUNTimeTIMEoutSOURceSYSTem Read. The *CLS command will clear the error status SYSTemERRor? Standard Command Reference 85330A Does Not Show the Main Menu When Turned on Case of Difficulty Introduction Service Theory of Operation Gpib 85330A Timing Sequence of a Typical Measurement Trigger Width Description Timing Sequence Trigger Widths Theory of Operation Required Test Equipment Recommended Test Equipment Service Troubleshooting Troubleshooting the SystemTroubleshooting Multiple Channel Controller Troubleshooting Troubleshooting the RF Switch Troubleshooting the CablesSwitch Port 1/2 Connector Pinout 85383A Connector Wiring Table 85385A Wiring Replaceable Parts 85330A System Identiﬁcation Diagram Mainframe, Plug-in Cards 85330A Mainframe Replacement Parts RF Switch 85331/2 Switch Control Unit Replacement Parts85331/2 Switch Replacement Parts Interconnect Cables Replacement Interconnect Cables for 85330/31/32 Mainframe Assembly and DisassemblyDisassembly Assembly Card Conﬁguration E1330 Card Conﬁguration Remove the Local Control cable and Switch Drive cable Selecting Positive or Negative-Edge Event Triggers Adjustments Selecting the Multiple Channel Controller’s Gpib Address Switching from the Internal to External Power Supply Required Mating Connector10 AUX Power In Connector Pinouts as looking at rear Preventive Maintenance Preventive Maintenance Accessory Documentation 10-2 Controller Direct ControlFast CW Modes 85330A System Fast Data Acquisition Modes LO/IF Unit Operating CharacteristicReceive Switch Insertion Loss Return Loss Run-Time Control ModeReceiver System Remote Typical Switch Control UnitSwitch Module Standard System Glossary Numerics Index Index-2 Index-3