Agilent N5700 - Manual

Agilent N5700

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Table of Contents:

  • Page 2 – Series N5700 User’s Guide; Legal Notices; Product Category
  • Page 3 – Safety Notices; notice denotes a hazard.; CAUTION; notice; Frame or chassis terminal; CAUTION
  • Page 4 – In this Book; NOTE; Or contact your Agilent Technologies Representative.
  • Page 5 – Contents; Quick Reference
  • Page 6 – Programming Examples
  • Page 8 – Quick Reference; The Agilent N5700 DC Power Supplies – At a Glance; Output Features
  • Page 9 – Programmable Functions; Model Voltage
  • Page 10 – The Front Panel - At a Glance; Adjusts the output current.
  • Page 12 – The Rear Panel – At a Glance; Wire clamp connector for 1500W output models.; WARNING
  • Page 13 – J2 Sense Connector; The factory-shipped configuration is shown in the figure.; SW1 Setup Switch; tori; – Shut-Off Logic Select
  • Page 14 – J1 Analog Programming Connector
  • Page 16 – Installation; General Information; Models; Accessories; Item Description
  • Page 17 – Inspecting the Unit; Safety Considerations; Airflow
  • Page 18 – Rack Installation; to install the unit in a standard 19-inch equipment rack. Refer to; Cleaning; SHOCK HAZARD
  • Page 19 – Connecting the Line Cord; Input Connections for 750W units; Wire diameter: 12 AWG or 10 AWG
  • Page 20 – Cover
  • Page 21 – Connecting the Load; Current carrying capacity of the wire; Wire Size; FIRE HAZARD; Resistance
  • Page 22 – Load Connections for 6V to 60V Models
  • Page 23 – Load Connections for 80V to 600V Models
  • Page 24 – Loosen the two chassis screws marked A halfway.; Output Voltage Sensing
  • Page 25 – Local Sensing; Remote Sensing
  • Page 26 – To configure the power supply for remote sensing:; Load Considerations; Multiple Loads
  • Page 27 – Output Noise and Impedance Effects
  • Page 28 – Battery Charging; Grounding the Output; terminals. Always use; Parallel Connections
  • Page 29 – Setting up the Master Unit
  • Page 30 – Setting up the Slave Units; than the output voltage of the master unit to; Setting the Over-Voltage Protection; higher; value; Setting the Over-Current Protection; Over-current protection, if desired, may only be used with the; master; Series Connections
  • Page 32 – J1 Connector Connections
  • Page 33 – output voltage and current functions
  • Page 34 – Operating the Power Supply Locally; Ensure that the power supply is configured as follows:; Constant Voltage Check; Turn the POWER switch on.; OVP Check
  • Page 35 – UVL Check; OCP Check; Turn the POWER switch off.
  • Page 36 – Normal Operation; Constant Voltage Mode; Constant Current Mode
  • Page 37 – CV/CC Mode Crossover; Protection Functions; Over-Voltage Protection
  • Page 38 – Over-Current Protection; Press the OUT ON button to turn the output on.
  • Page 39 – Over-Temperature Protection; In Unlocked front panel mode; , the front panel controls are enabled; In Locked front panel mode; the OCP/488 button, and the OUT ON button are disabled
  • Page 40 – Output On/Off Controls; OUT ON button; , the power supply turns on with the reset; Output Shut-Off Terminals; This function is edge-
  • Page 41 – Enable/Disable Terminals
  • Page 42 – Power Supply OK Signal; Analog Programming of Output Voltage and Current
  • Page 43 – Analog Programming Control Terminals
  • Page 44 – Up; Resistance Programming of Output Voltage and Current
  • Page 45 – External Monitoring of Output Voltage and Current; series output; Signal function; J1 pin 12 is the signal common for J1 pins 11 and 24.
  • Page 47 – Connectivity Guide
  • Page 48 – Operating the Power Supply Remotely; Connecting to the Interfaces; GPIB Interface; USB/LAN/GPIB Interfaces Connectivity Guide
  • Page 49 – USB Interface; LAN Interface
  • Page 50 – Connecting to a Site LAN; A site LAN; LAN; indicator will come on when the LAN port; where
  • Page 51 – Connecting to a Private LAN:; A private; is a network in which LAN-enabled instruments and
  • Page 52 – LAN Communication; Ethernet Connection Monitoring; indicator will come on when the LAN; Using the Web Server; The Web server is enabled when shipped. To launch the Web server:
  • Page 53 – Using Telnet; Using Sockets; data socket; on this port can be used to send and; control socket
  • Page 54 – Configuring the LAN Parameters; The configurable LAN parameters are described as follows:; Obtain IP; This parameter configures the addressing of the instrument.; Auto; allows you to manually configure the addressing of the; IP Address
  • Page 56 – Factory-shipped LAN Settings; Factory-shipped non-volatile LAN settings; Using the Setup Utility; Start
  • Page 58 – SCPI Commands – an Introduction; Syntax; The following command syntax is used in this manual:; Vertical bar; The syntax characters cannot be included in the command string.; Multiple Commands in a Message; The command path can be thought of as a string that gets inserted; before; each keyword within a message. For the first command in a
  • Page 59 – Commands from Different Subsystems
  • Page 60 – Queries; Set up the proper number of variables for the returned data.; Common Commands; do not affect the; Command Terminators; In the examples of this guide, the message terminator is assumed.
  • Page 61 – Parameter Types; Numeric Parameters
  • Page 62 – SCPI Command Completion; IEEE-488 Device Clear
  • Page 63 – Subsystem commands; are specific to functions. They can be a single; Common commands; begin with an * and consist of three letters
  • Page 64 – Language Reference; SCPI Command Summary; Subsystem Commands; SCPI Command
  • Page 65 – Command Description
  • Page 66 – Calibration Commands; This command initiates the calibration of the output current.
  • Page 67 – Measure Commands
  • Page 68 – Output Commands
  • Page 69 – Source Commands; Model
  • Page 71 – Status Commands
  • Page 72 – CC
  • Page 73 – Bit Position; UNR INH
  • Page 74 – This command causes the following actions on the status system:
  • Page 75 – PON
  • Page 76 – OPER MSS
  • Page 77 – System Commands; LOCal
  • Page 78 – This query requests the unit to identify any installed options. A; All saved instrument states are lost when the unit is turned off.
  • Page 79 – Trigger Commands; Initiate commands; initialize the trigger system.; Trigger; control the triggering of the power supply.; ABORt
  • Page 81 – Interfaces Connectivity Guide
  • Page 82 – Programming Examples; Output Programming Example
  • Page 84 – Trigger Programming Example
  • Page 87 – C. Sensing is at the rear
  • Page 88 – Performance Specifications; Output Ripple and Noise:; Measurement Accuracy:
  • Page 89 – Supplemental Characteristics
  • Page 90 – and
  • Page 91 – Outline Diagram
  • Page 94 – Verification; Performance; These procedures calibrate the power supply.; Equipment Required; Type Specifications
  • Page 95 – Measurement Techniques; Electronic Load; Power Supply
  • Page 96 – Constant Voltage Tests; Test category = performance, calibration; CV Load Effect; Test category = performance
  • Page 97 – CV Source Effect; CV Noise
  • Page 98 – termination. Divide the; Transient Recovery Time; Do not program voltages greater than 200
  • Page 99 – Constant Current Tests; CC Load Effect
  • Page 100 – CC Source Effect
  • Page 113 – Calibration; Calibration Procedure; Connect the Agilent 3458A voltage input to the output.
  • Page 114 – Current Programming and Measurement Calibration; OUTP ON
  • Page 116 – Types of Service Available; Secure the container with strong tape or metal bands.; Operating Checklist; Turn-on check out procedure
  • Page 117 – Symptom Check
  • Page 118 – Error Messages; Displaying the SCPI error queue; Error Device-dependent
  • Page 119 – Command
  • Page 121 – Generic error query
  • Page 124 – Differences – In General; Item Differences
  • Page 125 – Compatibility Command Summary; Compatibility Command
  • Page 127 – Index; command
  • Page 129 – specifications
  • Page 131 – DECLARATION OF CONFORMITY
  • Page 132 – Manual Updates; attery
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Agilent Technologies
System DC Power Supply

Series N5700

User’s Guide

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Summary

Page 2 - Series N5700 User’s Guide; Legal Notices; Product Category

2 Series N5700 User’s Guide Legal Notices © Agilent Technologies, Inc. 2004 - 2006 No part of this document may be photocopied, reproduced, or translated to another language without the prior agreement and written consent of Agilent Technologies, Inc. as governed by United States and international c...

Page 3 - Safety Notices; notice denotes a hazard.; CAUTION; notice; Frame or chassis terminal; CAUTION

Series N5700 User’s Guide 3 Safety Notices 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 or instructions elsewhere in this manual violates safety standards of design, man...

Page 4 - In this Book; NOTE; Or contact your Agilent Technologies Representative.

4 Series N5700 User’s Guide In this Book This User’s Manual contains the operating instructions, installation instructions, and specifications of the Agilent Technologies Series N5700 750W and 1500W System DC Power Supplies. Specific chapters in this manual contain the following information: Quick R...

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