Agilent 66321b - Manual

Agilent 66321b

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Table of Contents:

  • Page 2 – Warranty Information; CERTIFICATION
  • Page 3 – Safety Summary
  • Page 5 – Declaration Page; DECLARATION OF CONFORMITY
  • Page 8 – Table of Contents
  • Page 11 – Quick Reference; The Front Panel - At a Glance; Annunciators
  • Page 12 – The Rear Panel - At a Glance; Instrument Configuration; Use the front panel Address key to configure the interface
  • Page 13 – Front Panel Number Entry; one; Use the arrow keys and knob to change voltage or current settings
  • Page 15 – Front Panel Menus - At a Glance
  • Page 16 – SCPI Programming Commands - At a Glance
  • Page 17 – General Information; Document Orientation
  • Page 18 – - General Information; Safety Considerations; Option Description; Delete instrument feet option; Item; Rack mount - for two side by side units of different depths
  • Page 19 – General Information - 2; Description and Model Differences; Common Features
  • Page 20 – Front Panel Controls
  • Page 21 – Output 1 Characteristic; average; the current limit must; constant
  • Page 22 – Programmable Output Resistance; negative; Output 2 Characteristic
  • Page 25 – Installation; Installation and Operation Checklist; HRemote
  • Page 26 – Inspection; Damage; Item Part; Cleaning
  • Page 27 – Location; Bench Operation; Do not block the fan exhaust at the rear of the unit.; Rack Mounting
  • Page 28 – Input Connections; Connect the Power Cord; Output Connections; Turn the unit off before connecting any wires.; Output 1; The main output connector (output 1) has a termination for the + and; Output 2; sense terminals, and an; Current Ratings; Fire Hazard; carrying the maximum short-circuit current of the dc source.
  • Page 29 – not; using output 1 and the open; ON
  • Page 31 – Load Regulation and Voltage Drop in the Remote Sense Leads; and
  • Page 32 – To enable open sense lead detection; Prot
  • Page 33 – OFF; Local Sensing; using remote sensing and the open sense protection feature is; Output Compensation
  • Page 34 – less
  • Page 35 – OVP Considerations; sense; Programmable Voltage Protection; programmable; do not program the tracking OVP; exceeds the programmed voltage by two volts.
  • Page 36 – DVM Connections; The DVM may be damaged if voltages at the input terminals exceed; Measuring Circuits that are Not Powered by the Main Output; 5 Vdc, depending on the orientation of the input leads.
  • Page 37 – You cannot measure voltages less than
  • Page 38 – to + 25 Vdc common mode voltage range is exceeded.; External Protection and Trigger Input Connections
  • Page 39 – In example A; In example C
  • Page 40 – Digital I/O Connections; Computer Connections; GPIB Interface; key as
  • Page 41 – Checkout Procedure; key followed by the; key to see the
  • Page 43 – In Case of Trouble; show an error message that indicates the reason for the failure.; Selftest Error Messages; Pressing the
  • Page 44 – Runtime Error Messages; Line Fuse; Do not change any of the line voltage connections
  • Page 45 – Front panel Operation; Introduction; Here is what you will find in this chapter:; key on the front panel to put the unit in local mode.; Front Panel Description
  • Page 46 – – Front Panel Operation
  • Page 47 – Front Panel Operation - 5; System Keys; annunciator is lit,; Display
  • Page 48 – Function Keys; Immediate Action Keys; Dis; annunciator again.; Scrolling Keys
  • Page 49 – Metering Keys; Press this key to access the following metering functions.
  • Page 50 – Output Control Keys
  • Page 51 – Entry Keys; parameter
  • Page 52 – Examples of Front Panel Programming; - Using the Front Panel Display; Select an output on Agilent 66319B/D units
  • Page 53 – Set the output voltage
  • Page 54 – Enable the output
  • Page 55 – - Querying and Clearing Output Protection and Errors; If
  • Page 56 – – Making Basic Front Panel Measurements; Use the Meter menu for making front panel measurements:
  • Page 57 – – Making Enhanced Front Panel Measurements; microamperes. When the current Range is set to AUTO, the unit
  • Page 58 – The common mode voltage range of the DVM input is; Use the Meter menu for making DVM measurements:
  • Page 59 – - Programming Output Port Functions; To configure the RIDFI mode of the port, proceed as follows:; - Setting the GPIB Address; Set the GPIB address as follows:
  • Page 60 – 0 - Storing and Recalling Instrument States; Save an instrument state in location 0 as follows:; Clear the non-volatile memory of the dc source as follows:
  • Page 61 – Introduction to Programming; External References; GPIB References; The following documents will assist you with programming in SCPI:
  • Page 62 – - Introduction to Programming; VXI; Supported Applications; HP; Downloading and Installing the Driver; Start
  • Page 63 – Introduction to Programming - 6; Accessing Online Help; GPIB Capabilities of the DC Source; GPIB Address; Introduction to SCPI; Conventions Used in This Guide; Computer
  • Page 64 – Types of SCPI Commands; SCPI has two types of commands, common and subsystem.; Multiple Commands in a Message; Use a semicolon to separate commands within a message.; before; each command within a message.
  • Page 65 – Moving Among Subsystems; do not affect the header path; Using Queries; Query Interrupted; Types of SCPI Messages; program message; The Message Unit
  • Page 66 – Headers
  • Page 67 – SCPI Data Formats; Numerical Data Formats
  • Page 68 – SCPI Command Completion; The; Using Device Clear; The input and output buffers of the dc source are cleared.
  • Page 69 – SCPI Conformance Information; SCPI Conformed Commands
  • Page 71 – Programming the DC Source; Power-on Initialization; OUTP ON; Output Voltage; VOLT
  • Page 72 – - Programming the DC Source; Maximum Voltage; Output Current; CURR; Maximum Current; Output Resistance; RES
  • Page 73 – Programming the DC Source - 7; Triggering Output Changes; SCPI Triggering Nomenclature; Sequence Form; Output Trigger Model; Setting the Voltage, Current, or Resistance Transient Levels; for models that have a second output
  • Page 74 – Enabling the Output Trigger System; Selecting the Output Trigger Source; Single Trigger; an IEEE-488 Group Execute Trigger bus command; Multiple Triggers
  • Page 75 – Making Basic Measurements; Average Measurements; averaging; Controlling Measurement Samples
  • Page 76 – Window Functions; Making Enhanced Measurements
  • Page 77 – Current Ranges and Measurement Detector; through 1 A; RMS Measurements; To read the rms content of a voltage or current waveform, use:
  • Page 78 – Pulse Measurements; Minimum and Maximum Measurements; To return the maximum or minimum value of a pulse or ac waveform use:; High/Low Measurements; To return the average value of the high bin, use:
  • Page 79 – Returning All Measurement Data From the Data Buffer; Making DVM Measurements; 0 Vdc. To obtain correct voltage
  • Page 80 – Triggered Measurements; SEQuence2 ACQuire; Measurement Trigger Model
  • Page 81 – Enabling the Measurement Trigger System
  • Page 82 – Generating Measurement Triggers; Single Triggers
  • Page 84 – Pre-trigger and Post-trigger Data Acquisition; Programming the Status Registers; IEEE 488.2 Standard Digital Interface for Programmable
  • Page 86 – Operation Status Group
  • Page 87 – Questionable Status Group; Standard Event Status Group; Status Byte Register; Standard Digital Interface for Programmable Instrumentation
  • Page 88 – The MSS Bit; Determining the Cause of a Service Interrupt; Step 3; Servicing Operation Status and Questionable Status Events
  • Page 89 – Monitoring Both Phases of a Status Transition; Inhibit/Fault Indicator; INH; FLT; Appendix E for a programming example.
  • Page 90 – Using the Inhibit/Fault Port as a Digital I/O
  • Page 91 – Language Dictionary; Syntax Forms; Subsystem Commands
  • Page 92 – – Language Dictionary
  • Page 93 – Language Dictionary - 8
  • Page 95 – Common Commands; The following table lists the output programming parameters.
  • Page 96 – Calibration Commands
  • Page 98 – CALibrate:RESistance; Command Syntax
  • Page 99 – Display Commands; DISPlay
  • Page 100 – Measurement Commands; Format commands; the data acquisition sequence.; FORMat
  • Page 101 – None
  • Page 110 – Output Commands; control the output and digital port functions.
  • Page 119 – Status Commands; Table 8-4. Bit Configuration of Operation Status Registers
  • Page 123 – System Commands
  • Page 124 – Trigger Commands; Initiate commands; ABORt; ABOR
  • Page 125 – TRIGger; TRIG; BUS
  • Page 132 – Clears the Status Byte and the Error Queue
  • Page 133 – Field; Pending operations
  • Page 137 – Related Commands
  • Page 139 – Specifications; C. Specifications apply with typical cellular phone
  • Page 140 – Supplemental Characteristics
  • Page 143 – Performance, Calibration, and Configuration; Equipment Required
  • Page 144 – Measurement Techniques; Test Setup
  • Page 145 – Performance Tests; Programming; Table B-2. Programming and Output Values
  • Page 146 – CV Setup
  • Page 148 – Transient; CC Setup; current detector must be set to DC.
  • Page 149 – A Range Current Readback Accuracy (performance, calibration); resistor. Set the DMM to operate in current mode.
  • Page 150 – and the current to full scale as in Table B-2.; CC Load and Line Regulation (performance); a. Program 10 power line cycles per sample by pressing NPLC 1 0 ENTER .
  • Page 153 – Performance Test Equipment Form
  • Page 154 – Performance Test Record Form
  • Page 156 – Performing the Calibration Procedure; Front Panel Calibration Menu; Display Command
  • Page 157 – Front Panel Calibration Procedure; Enable Calibration Mode
  • Page 160 – Saving the Calibration Constants; Calibration Error Messages
  • Page 161 – Changing the Calibration Password; Calibration Over the GPIB; Performing the Configuration Procedure
  • Page 162 – Press this key to access the calibration menu.; key is
  • Page 163 – Error Messages; Error Number List; Error numbers are displayed on the front panel
  • Page 164 – C – Error Messages
  • Page 165 – Error Messages - C
  • Page 167 – Example Programs; NEW; Current Pulse Measurement Using BASIC
  • Page 168 – D – Example Programs
  • Page 169 – Example Programs - D; Voltage Pulse Measurement Using VISA Library Calls
  • Page 173 – Line Voltage Conversion; Operating personnel must not remove instrument covers.; Open the Unit
  • Page 174 – E – Line Voltage Conversion
  • Page 175 – Index
  • Page 181 – Agilent Sales and Support Office; Technical data is subject to change.
  • Page 182 – Manual Updates; The 14565 Remote Front Panel has been removed from Table 2-2.
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USER’S GUIDE

Agilent Technologies

Model 66319B/D, 66321B/D

Mobile Communications DC Source

Featuring programmable output resistance

(Refer to page 20 for a brief description of the model differences.)

Agilent Part No. 5964-8184

Microfiche No. 5964-8185

Printed in Malaysia: May, 2003

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Summary

Page 2 - Warranty Information; CERTIFICATION

2 Warranty Information CERTIFICATION Agilent Technologies certifies that this product met its published specifications at time of shipment from the factory. Agilent Technologies further certifies that its calibration measurements are traceable to the United States National Bureau of Standards, to th...

Page 3 - Safety Summary

3 Safety Summary The following general safety precautions must be observed during all phases of operation of this instrument. Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safety standards of design, manufacture, and intended use of the instrume...

Page 5 - Declaration Page; DECLARATION OF CONFORMITY

5 Declaration Page DECLARATION OF CONFORMITY according to ISO/IEC Guide 22 and EN 45014 Manufacturer's Name: Agilent Technologies, Inc. Manufacturer's Address: 140 Green Pond Road Rockaway, New Jersey 07866 U.S.A. declares that the Product Product Name: a) Dynamic Measurement DC Source b ) System DC...

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