Agilent Technologies E3632A manuals

Computer Equipment > Computer Accessories

When we buy new device such as Agilent Technologies E3632A we often through away most of the documentation but the warranty. Very often issues with Agilent Technologies E3632A begin only after the warranty period ends and you may want to find how to repair it or just do some service work. Even oftener it is hard to remember what does each function in Computer Accessories Agilent Technologies E3632A is responsible for and what options to choose for expected result. Fortunately you can find all manuals for Computer Accessories on our side using links below.

Agilent Technologies E3632A Manual

172 pages4.07 Mb

169 pages3.55 Mb

2Agilent E3632A DC Power Supply
- 3The Front Panel at a Glance
- 5Front-Panel Voltage and Current Limit Settings
- 6Display Annunciators
  - page 52 for more information
  - To review the display annunciators, hold down key as you turn on the power supply.
- 7The Rear Panel at a Glance
  - Use the front-panel key to:
- 8In This Book
  - 10Chapter 1 General Information
  - Chapter 2 Initial Operation
  - Chapter 3 Front-Panel Operation
  - 11Chapter 3 Front-Panel Operation (continued)
  - 12Chapter 4 Remote Interface Reference
- 15General Information
  - Safety Considerations
    - Safety and EMC Requirements
  - 16Options and Accessories
    - Options
    - Accessories
  - 17Description
  - 20Installation
    - Initial Inspection
    - Cooling and Location
  - 23Input Power Requirements
    - Power-Line Cord
    - Power-Line Voltage Selection
- 27Initial Operation
  - 28Preliminary Checkout
  - 29Power-On Checkout
    - ADDR 05 (or RS-232)
  - 30Output Checkout
    - Voltage Output Checkout
    - 31Current Output Checkout
- 35Front-Panel Operation
  - 36Front-Panel Operation Overview
  - 37Constant Voltage Operation
  - 39Constant Current Operation
  - 41Storing and Recalling Operating States
    - STORE 1
    - STORE 3
    - 42DONE
    - RECALL 1
    - DONE
    - RECALL 3
  - 43Programming Overvoltage Protection
    - Setting the OVP Level and Enable the OVP Circuit
    - OVP ON
    - LEVEL 32.0 V
    - 44Checking OVP Operation
    - Clearing the Overvoltage Condition
    - CHANGED
  - 46Programming Overcurrent Protection
    - Setting the OCP Level and Enable the OCP Circuit
    - LEVEL 7.5 A OCP ON
    - 47Checking OCP Operation
    - Clearing the Overcurrent Condition
    - CHANGED
  - 49Remote Voltage Sensing
    - CV Regulation
    - Output Rating
    - Output Noise
    - 50Stability
    - Remote Voltage Sensing Connections
  - 51Disabling the Output
  - 52Disabling the Output Using an External Relay
  - Knob Locking
  - 53System-Related Operations
    - Self-Test
    - 54Error Conditions
    - ERR
    - 55Display Control
    - 56Firmware Revision Query
    - SCPI Language Version
  - 57Remote Interface Configuration
    - Remote Interface Selection
    - 58GPIB Address
    - Baud Rate Selection (RS-232)
    - Parity Selection (RS-232)
    - 59To Set the GPIB Address
    - GPIB / 488
    - CHANGE SAVED
    - ADDR 05
    - 60To Set the Baud Rate and Parity (RS-232)
    - GPIB / 488
    - NONE 8 BITS
    - RS-232 9600 BAUD
    - 61CHANGE SAVED
  - 62GPIB Interface Configuration
  - 63RS-232 Interface Configuration
    - RS-232 Configuration Overview
    - RS-232 Data Frame Format
    - 64Connection to a Computer or Terminal
    - 65DTR / DSR Handshake Protocol
    - 66RS-232 Troubleshooting
  - 67Calibration Overview
    - Calibration Security
    - 68SECURED
    - 0 00
    - UNSECURED
    - 000000 CODE
    - 69UNSECURED
    - 000000 CODE
    - SECURED
    - 71Calibration Count
    - Calibration Message
- 73Remote Interface Reference
  - SCPI
  - 74SCPI Command Summary
    - SCPI
      - 75SCPI Command Summary
      - Output Setting and Measurement Commands
      - 74
      - 77SCPI Command Summary
      - 76
      - Calibration Commands
      - Status Reporting Commands
  - 79Simplified Programming Overview
    - Using the APPLy Command
    - Using the Low-Level Commands
    - 80Reading a Query Response
    - Selecting a Trigger Source
    - 813RZHU6XSSO\3URJUDPPLQJ5DQJHV
  - 82Using the APPLy Command
  - 83Output Setting and Operation Commands
  - 90Triggering Commands
    - Trigger Source Choices
    - 92Triggering Commands
  - 93System-Related Commands
  - 97Calibration Commands
  - 100RS-232 Interface Commands
  - 101The SCPI Status Registers
    - What is an Event Register?
    - What is an Enable Register?
      - The SCPI Status Registers
      - 101
    - 102SCPI Status System
    - 103The Questionable Status Register
    - 104The Standard Event Register
    - 105The Status Byte Register
    - 1068VLQJ6HUYLFH5HTXHVW654DQG6HULDO32//
    - 107Using *STB? to Read the Status Byte
    - Using the Message Available Bit (MAV)
    - To Interrupt Your Bus Controller Using SRQ
    - 108To Determine When a Command Sequence is Completed
    - Using *OPC to Signal When Data is in the Output Buffer
  - 109Status Reporting Commands
  - 112An Introduction to the SCPI Language
    - 113Command Format Used in This Manual
    - 114Command Separators
    - Using the MIN and MAX Parameters
    - 115Querying Parameter Settings
    - SCPI Command Terminators
    - IEEE-488.2 Common Commands
    - 116SCPI Parameter Types
  - 117Halting an Output in Progress
  - 118SCPI Conformance Information
    - 119SCPI Conformance Information
    - 118
    - SCPI Confirmed Commands (continued)
  - 121IEEE-488 Conformance Information
- 123Error Messages
  - error -113
  - 124Execution Errors
  - 129Self-Test Errors
  - 130Calibration Errors
- 133Application Programs
  - 134C++ Example for GPIB(IEEE 488)
    - 135C++ Example for GPIB(IEEE 488)
    - 134
    - ...continued
    - End of Program
  - 136Excel 5.0 Example for Windows 3.1 and GPIB
    - 137136
    - Diode bas Macro
    - 138137
    - GPIB bas Macro
    - 139138
    - ...continued
    - End of Program
- 141Tutorial
  - 142Overview of Agilent E3632A Operation
  - 144Output Characteristics
    - 146Unregulated State
    - Unwanted Signals
  - 148Connecting the Load
    - Output Isolation
    - Multiple Loads
    - 149Remote Voltage Sensing
    - 150Load Consideration
  - 152Extending the Voltage and Current Range
    - Series Connections
    - Parallel Connections
  - 153Remote Programming
  - 155Reliability
    - Performance Specifications
    - 157 8
  - 158Performance Specifications
    - 159Performance Specifications
    - 158
    - Supplemental Characteristics
    - 159 8
  - 160Supplemental Characteristics
    - 161Supplemental Characteristics
    - 160
    - 163
    - 164A
    - B
    - C
    - 165Index
    - D
    - E
    - F
    - G
    - H
    - I
    - K
    - L
    - M
    - N
    - O
    - 166Index
    - P
    - Q
    - R
    - S
    - T
    - U
    - V
    - W
- 168!
  - 169DECLARATION OF CONFORMITY
    - according to ISO/IEC Guide 22 and EN 45014

169 pages4.25 Mb

2Agilent E3632A DC Power Supply
- 3The Front Panel at a Glance
- 5Front-Panel Voltage and Current Limit Settings
- 6Display Annunciators
  - page 52 for more information
  - To review the display annunciators, hold down key as you turn on the power supply.
- 7The Rear Panel at a Glance
  - Use the front-panel key to:
- 8In This Book
  - 10Chapter 1 General Information
  - Chapter 2 Initial Operation
  - Chapter 3 Front-Panel Operation
  - 11Chapter 3 Front-Panel Operation (continued)
  - 12Chapter 4 Remote Interface Reference
- 15General Information
  - Safety Considerations
    - 6DIHW\DQG(0&5HTXLUHPHQWV
  - 16Options and Accessories
    - 2SWLRQV
    - $FFHVVRULHV
  - 17Description
  - 20Installation
    - Initial Inspection
    - Cooling and Location
  - 23Input Power Requirements
    - Power-Line Cord
    - Power-Line Voltage Selection
- 27Initial Operation
  - 28Preliminary Checkout
  - 29Power-On Checkout
    - ADDR 05 (or RS-232)
  - 30Output Checkout
    - Voltage Output Checkout
    - 31Current Output Checkout
- 35Front-Panel Operation
  - 36Front-Panel Operation Overview
  - 37Constant Voltage Operation
  - 39Constant Current Operation
  - 41Storing and Recalling Operating States
    - STORE 1
    - STORE 3
    - 42DONE
    - RECALL 1
    - DONE
    - RECALL 3
  - 43Programming Overvoltage Protection
    - Setting the OVP Level and Enable the OVP Circuit
    - OVP ON
    - LEVEL 32.0 V
    - 44Checking OVP Operation
    - Clearing the Overvoltage Condition
    - CHANGED
  - 46Programming Overcurrent Protection
    - Setting the OCP Level and Enable the OCP Circuit
    - LEVEL 7.5 A OCP ON
    - 47Checking OCP Operation
    - Clearing the Overcurrent Condition
    - CHANGED
  - 49Remote Voltage Sensing
    - CV Regulation
    - Output Rating
    - Output Noise
    - 50Stability
    - Remote Voltage Sensing Connections
  - 51Disabling the Output
  - 52Disabling the Output Using an External Relay
  - Knob Locking
  - 53System-Related Operations
    - Self-Test
    - 54Error Conditions
    - ERR
    - 55Display Control
    - 56Firmware Revision Query
    - SCPI Language Version
  - 57Remote Interface Configuration
    - Remote Interface Selection
    - 58GPIB Address
    - Baud Rate Selection (RS-232)
    - Parity Selection (RS-232)
    - 59To Set the GPIB Address
    - GPIB / 488
    - CHANGE SAVED
    - ADDR 05
    - 60To Set the Baud Rate and Parity (RS-232)
    - GPIB / 488
    - NONE 8 BITS
    - RS-232 9600 BAUD
    - 61CHANGE SAVED
  - 62GPIB Interface Configuration
  - 63RS-232 Interface Configuration
    - RS-232 Configuration Overview
    - RS-232 Data Frame Format
    - 64Connection to a Computer or Terminal
    - 65DTR / DSR Handshake Protocol
    - 66RS-232 Troubleshooting
  - 67Calibration Overview
    - Calibration Security
    - 68SECURED
    - 0 00
    - UNSECURED
    - 000000 CODE
    - 69UNSECURED
    - 000000 CODE
    - SECURED
    - 71Calibration Count
    - Calibration Message
- 73Remote Interface Reference
  - SCPI
  - 74SCPI Command Summary
    - SCPI
      - 75SCPI Command Summary
      - Output Setting and Measurement Commands
      - 74
      - 77SCPI Command Summary
      - 76
      - Calibration Commands
      - Status Reporting Commands
  - 79Simplified Programming Overview
    - Using the APPLy Command
    - Using the Low-Level Commands
    - 80Reading a Query Response
    - Selecting a Trigger Source
    - 813RZHU6XSSO\3URJUDPPLQJ5DQJHV
  - 82Using the APPLy Command
  - 83Output Setting and Operation Commands
  - 90Triggering Commands
    - Trigger Source Choices
    - 92Triggering Commands
  - 93System-Related Commands
  - 97Calibration Commands
  - 100RS-232 Interface Commands
  - 101The SCPI Status Registers
    - What is an Event Register?
    - What is an Enable Register?
      - The SCPI Status Registers
      - 101
    - 102SCPI Status System
    - 103The Questionable Status Register
    - 104The Standard Event Register
    - 105The Status Byte Register
    - 1068VLQJ6HUYLFH5HTXHVW654DQG6HULDO32//
    - 107Using *STB? to Read the Status Byte
    - Using the Message Available Bit (MAV)
    - To Interrupt Your Bus Controller Using SRQ
    - 108To Determine When a Command Sequence is Completed
    - Using *OPC to Signal When Data is in the Output Buffer
  - 109Status Reporting Commands
  - 112An Introduction to the SCPI Language
    - 113Command Format Used in This Manual
    - 114Command Separators
    - Using the MIN and MAX Parameters
    - 115Querying Parameter Settings
    - SCPI Command Terminators
    - IEEE-488.2 Common Commands
    - 116SCPI Parameter Types
  - 117Halting an Output in Progress
  - 118SCPI Conformance Information
    - 119SCPI Conformance Information
    - 118
    - SCPI Confirmed Commands (continued)
  - 121IEEE-488 Conformance Information
- 123Error Messages
  - error -113
  - 124Execution Errors
  - 129Self-Test Errors
  - 130Calibration Errors
- 133Application Programs
  - 134C++ Example for GPIB(IEEE 488)
    - 135C++ Example for GPIB(IEEE 488)
    - 134
    - ...continued
    - End of Program
  - 136Excel 5.0 Example for Windows 3.1 and GPIB
    - 137136
    - Diode bas Macro
    - 138137
    - GPIB bas Macro
    - 139138
    - ...continued
    - End of Program
- 141Tutorial
  - 142Overview of Agilent E3632A Operation
  - 144Output Characteristics
    - 146Unregulated State
    - Unwanted Signals
  - 148Connecting the Load
    - Output Isolation
    - Multiple Loads
    - 149Remote Voltage Sensing
    - 150Load Consideration
  - 152Extending the Voltage and Current Range
    - Series Connections
    - Parallel Connections
  - 153Remote Programming
  - 155Reliability
    - Performance Specifications
    - 157 8
  - 158Performance Specifications
    - 159Performance Specifications
    - 158
    - Supplemental Characteristics
    - 159 8
  - 160Supplemental Characteristics
    - 161Supplemental Characteristics
    - 160
    - 163
    - 164A
    - B
    - C
    - 165Index
    - D
    - E
    - F
    - G
    - H
    - I
    - K
    - L
    - M
    - N
    - O
    - 166Index
    - P
    - Q
    - R
    - S
    - T
    - U
    - V
    - W
- 168!
  - 169DECLARATION OF CONFORMITY

128 pages3.33 Mb

2Agilent E3632A DC Power Supply
- 3The Front Panel at a Glance
- 5Front-Panel Voltage and Current Limit Settings
- 6Display Annunciators
  - page 52 for more information
  - To review the display annunciators, hold down key as you turn on the power supply.
- 7The Rear Panel at a Glance
  - Use the front-panel key to:
- 8In This Book
  - 10Chapter 1 Specifications
  - Chapter 2 Quick Start
  - Chapter 3 Calibration Procedures
  - 11Chapter 3 Calibration Procedures (continued)
  - Chapter 4 Theory of Operation
  - 12Chapter 5 Service
  - Chapter 6 Replaceable Parts
  - Chapter 7 Backdating Chapter 8
    - Performance Specifications
    - 15
  - 16Performance Specifications
    - 17Performance Specifications
    - 16
    - Supplemental Characteristics
    - 17
  - 18Supplemental Characteristics
    - 19Supplemental Characteristics
    - 18
- 23Quick Start
  - 24To Prepare the Power Supply for Use
  - 26To Check the Rated Voltages of the Power Supply
  - 27To Check the Rated Currents of the Power Supply
  - 29To Use the Power Supply in Constant Voltage Mode
  - 31To Use the Power Supply in Constant Current Mode
  - 33To Store and Recall the Instrument State
  - 35To Program Overvoltage Protection
    - Setting the OVP Level and Enable the OVP Circuit
    - 36Checking OVP Operation
    - Clearing the Overvoltage Condition
  - 38To Program Overcurrent Protection
    - Setting the OCP Level and Enable the OCP Circuit
    - 39Checking OCP Operation
    - Clearing the Overcurrent Condition
  - 40To Rack Mount the Power Supply
- 43Calibration Procedures
  - 44Agilent Technologies Calibration Services
  - Calibration Interval
  - 45Automating Calibration Procedures
  - Recommended Test Equipment
  - 46Test Considerations
  - 47Performance Verification Tests
    - Self-Test
    - Performance Verification Tests
  - 48Measurement Techniques
    - Setup for Most Tests
    - Electronic Load
    - 49General Measurement Techniques
    - Current-Monitoring Resistor
    - Programming
  - 50Constant Voltage (CV) Verifications
    - Constant Voltage Test Setup
    - Voltage Programming and Readback Accuracy
    - 51CV Load Regulation
    - CV Line Regulation
    - 52Normal Mode Voltage Noise (CV Ripple and Noise)
    - 53Load Transient Response Time
  - 54Constant Current (CC) Verifications
    - Constant Current Test Setup
    - Current Programming and Readback Accuracy
    - 55CC Load Regulation
    - 56CC Line Regulation
    - Normal Mode Current Noise (CC Ripple and Noise)
  - 57Common Mode Current Noise
    - Performance Test Record for Agilent E3632A
    - 57
  - 58Performance Test Record for Agilent E3632A
    - CV Performance Test Record
    - CC Performance Test Record
  - 59Calibration Security Code
    - 60To Unsecure the Power Supply for Calibration
    - secured
    - 000000 code 003632 code
    - 61To Unsecure the Power Supply Without the Security Code
    - unsecured
  - 62Calibration Count
  - Calibration Message
  - 63General Calibration/Adjustment Procedure
    - 64Voltage and OVP Calibration
    - cal mode
    - cal setup 1 30 left
    - 66Current and OCP Calibration
    - v hi 28.995 v cal setup 2
    - 67cal setup 3
    - i lo 0.200 a
    - i lo +0.199 a i mi 3.500 a
  - 69Aborting a Calibration in Progress
    - cal setup 4
    - cal mode
      - Calibration Record for Agilent E3632A
      - 69
  - 70Calibration Record for Agilent E3632A
    - Step Calibration Description Measurement Mode (DVM)
    - Supply being Adjusted
  - 71Error Messages
    - 72Error Messages
    - 71
    - Calibration Error Messages
      - Error Error Message
  - 73Calibration Program
    - 7776
    - End of Program
- 79Theory of Operation
- 91Service
  - 92Operating Checklist
    - Is the Power Supply Inoperative?
    - Does the Power Supply Fail Self-Test?
  - 93Types of Service Available
    - Standard Repair Service (worldwide)
    - Express Exchange (U.S.A. only)
  - 94Repacking for Shipment
  - 95Electrostatic Discharge (ESD) Precautions
  - Surface Mount Repair
  - To Replace the Power-Line Fuse
  - 96To Disconnect the Output Using an External Relay
    - Installation Procedure
  - 97Troubleshooting Hints
    - Unit is Inoperative
    - Unit Reports Errors 740 to 750
    - Unit Fails Self-Test
    - 98Bias Supplies Problems
  - 99Self-Test Procedures
    - Power-On Self-Test
    - Complete Self-Test
    - 100
      - 102
- 103Replaceable Parts
  - To Order Replaceable Parts
    - 1 2
    - 3
  - Backdating and Part Changes
  - 104E3632-60002 Main PC Assembly
    - E3632-60004 Front Panel Display PC Assembly
    - 111
  - 112E3632-60004 Front Panel Display PC Assembly
    - E3632-60005 Front Frame Assembly
    - 112
  - 113E3632-60005 Front Frame Assembly
  - E3632A Power SupplyAssembly
    - Manufacturers List
    - 113
  - 114Manufacturers List
- 119Schematics
- 128!

Also you can find more Agilent Technologies manuals or manuals for other Computer Equipment.