Agilent N6700 - Manual

Agilent N6700

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Table of Contents:

  • Page 2 – Series N6700 User’s Guide; Legal Notices; Product Category
  • Page 3 – Safety Notices; notice denotes a hazard.; CAUTION; notice; CAUTION
  • Page 4 – In this Book; NOTE; Or contact your Agilent Technologies Representative.
  • Page 5 – Contents
  • Page 8 – The Agilent N6700 Modular Power System – At a Glance; Output Features; Fast command processing; Command processing time of less than 1 millisecond per command.; Fast transient response
  • Page 9 – Quick Reference 1; System Features; Feature
  • Page 10 – The Front Panel - At a Glance; The Rear Panel – At a Glance; output and; WARNING
  • Page 11 – Front Panel Display – At a Glance; Multiple-channel view; Voltage and Current measurements; Grouped-channel view; channel in the group
  • Page 12 – Front Panel Keys – At a Glance
  • Page 13 – Front Panel Menu Reference
  • Page 15 – SCPI Command Summary; Subsystem Commands; SCPI Command
  • Page 18 – Common Commands; Command Description
  • Page 20 – General Information; Models
  • Page 21 – Installation 2; Inspecting the Unit; Safety Considerations; Rack Installation; You cannot use support rails for rack mounting your instrument.
  • Page 22 – Phillips driver, T22 Torx driver, T10 Torx driver
  • Page 23 – Bench Installation; lowest; channel in the group.; Redundant Ground Requirement; Power factor degrades further under no load conditions.; Cleaning; SHOCK HAZARD
  • Page 24 – Connecting the Line Cord; FIRE HAZARD; Standard AC mains circuits rated; Snap-On Ferrite Core; Installation; Locate the core anywhere along the length of the cord.
  • Page 25 – Connecting the Outputs
  • Page 26 – Wire Size
  • Page 27 – Multiple Loads; Current Limit Setting; Positive and Negative Voltages; 40 VDC including output voltage from ground.
  • Page 28 – Protecting Sensitive Loads from AC Power Switching Transients; Disconnecting the load from the output; always; protect the load from common mode currents.
  • Page 29 – Remote Sense Connections; per lead (this requires 20 AWG or heavier for a 50 foot length).
  • Page 30 – Open Sense Leads; Parallel Connections
  • Page 31 – The following figure shows the connections for 50A power modules.; Grouping the Outputs
  • Page 32 – Effect on Specifications; Series Connections
  • Page 33 – Setting the Outputs; Outputs connected together in series cannot be grouped
  • Page 34 – Voltage
  • Page 35 – USB/LAN/GPIB Interfaces Connectivity Guide
  • Page 36 – Turning the Unit On; self-test occurs automatically when you turn the unit on.; Err; indicator comes on. Press the Error key; Selecting an Output Channel; Channel; Entering an Output Voltage Setting; Method 1 – Use the Navigation and Arrow Keys; Method 2 - Use the Voltage key to enter a value
  • Page 37 – Getting Started 3; Entering a Current Limit Setting; Navigation Keys; Arrow Keys; Method 2 - Use the Current key to enter a value; Current; Back; Enabling the Output; Use the On/Off key to enable the output
  • Page 38 – Using the Front Panel Menu; Set the Over-Voltage Protection; Menu; Menu
  • Page 39 – 4 Enter; Exiting the Command Menu; There are two ways to exit the command menu.; Meter; In Case of Trouble; The front panel; indicator comes on if self-test fails or if other
  • Page 40 – Connecting to the Interfaces; IO; indicator; GPIB Interface
  • Page 41 – USB Interface; LAN Interface
  • Page 42 – Connecting to a Site LAN; A site LAN; Lan; indicator will come on when the LAN port has been configured.; Connecting to a Private LAN; A private; is a network in which LAN-enabled instruments and
  • Page 43 – GPIB
  • Page 44 – LAN Parameters; Viewing the Currently Active LAN Settings; Configuring the LAN Parameters; Config; IP
  • Page 45 – Select; to configure the hostname of the instrument. If you want; Domain; Select; if your DNS server requires an instrument to register
  • Page 46 – DNS; to configure the Domain Name System (DNS) setup of the; address field blank.; TCP; to configure the TCP keepalive settings of the instrument.; Reset; LAN Communication
  • Page 47 – Using the Web Server; two; simultaneous connections; The Web server is enabled when shipped. To launch the Web server:
  • Page 48 – Using Telnet; where; Using Sockets; four; simultaneous data socket, control socket, and; data socket; on this port can be used to send and; control socket
  • Page 49 – Securing the Interfaces; Enable USB; Check this box to enable the LAN. Uncheck this box to disable the LAN.; Enable Web; If you cannot access the Admin menu, it may be password protected.; Password; Restoring the Non-volatile Factory Settings
  • Page 52 – Programming the Output; Select an Output Channel; To set output 1 to 5 V:; Set the Voltage Slew Rate
  • Page 53 – Operating the Power System 4; Set the Output Current; To set output 1 to 1 A:; Enable the Output; ALL outputs; All; indicator will be on.; Sequence Multiple Outputs
  • Page 54 – module; different; module types are sequenced, there may be; Program the Output Relays
  • Page 55 – Synchronizing Output Steps; Enable the Output to Respond to Trigger Commands; Set the Voltage or Current Trigger Levels; same
  • Page 56 – Select the Transient Trigger Source; Bus; Initiate the Transient Trigger System; Next, you must initiate or enable the transient trigger system.
  • Page 57 – Trigger the Output; Generate Trigger Out Signals
  • Page 58 – Making Measurements; averaging; Simultaneous Voltage and Current Measurements
  • Page 59 – Using the Protection Functions; Inhibit; Set the Over-Current Protection
  • Page 60 – Enter a delay value; Couple Output Protection
  • Page 61 – System-Related Operations; self-test occurs automatically when you turn on the power; indicator comes on.; Instrument Identification; Instrument State Storage
  • Page 62 – Output Groups; Up to four output channels can be grouped per mainframe.
  • Page 63 – Front Panel Keys; Lockout; You can enable or disable the front panel key clicks.
  • Page 64 – Front Panel Display; Screen Saver; Contrast; View
  • Page 65 – Programming High-Speed Test Extensions; The List Function
  • Page 66 – Program an Output Pulse or Pulse Train
  • Page 67 – Trigger the output pulse or pulse train.
  • Page 68 – Program an Arbitrary List; Determine the time interval, in seconds, that the output remains at
  • Page 70 – The Digitizer Function; Adjust the measurement sample rate - to a maximum of 50 kHz.; Programming the Digitizer; Adjust the Measurement Sample Rate; Acquire Pre-trigger Data
  • Page 71 – weighting function to the data
  • Page 72 – Retrieve Measurement Array Data; Not Available; Synchronizing Digitizer Measurements; Select the measurement function to trigger.; Select the Measurement Function to Trigger
  • Page 73 – Select the Measurement Trigger Source
  • Page 74 – Initiate the Measurement Trigger System; Next, you must initiate or enable the measurement trigger system.; Trigger the Measurement
  • Page 76 – Performance Specifications; Programming Accuracy:; Load Transient Recovery Time:
  • Page 77 – Specifications Appendix A; Supplemental Characteristics
  • Page 78 – Supplemental Characteristics (continued); Up-programming Time with full resistive load:; N676xA and are available
  • Page 79 – Autoranging Characteristic
  • Page 83 – Programming Resolution:; from either output to chassis); Remote Sense Capability:
  • Page 86 – Command Processing Time:; Protection Response Characteristics:; Digital Control Characteristics:; Interface Capabilities:
  • Page 87 – Environmental Conditions; Acoustic Noise Declaration:; Output Terminal Isolation:
  • Page 88 – Outline Diagram
  • Page 89 – Digital Input only
  • Page 90 – Digital Control Port; Pin Function; Pins 1 through 7; Pins 4 through 7
  • Page 91 – Using the Digital Port Appendix B; Configuring the Digital Control Port; Pin
  • Page 92 – Digital Input; To configure the pins for digital input only:; External Trigger
  • Page 93 – Fault Output; LATChing
  • Page 94 – Fault/Inhibit System Protection; Clearing a System Protection Fault; The initial protection fault or external Inhibit signal.; mainframes; Output State
  • Page 95 – This chapter discusses the power allocation function.
  • Page 96 – Power Limit Operation; Mainframe Power Limit; Module Power Limit
  • Page 97 – Power Allocation Appendix C; Module Power Allocation; The following commands program the module power limit function:; To set a power limit on output 1:
  • Page 100 – Synchronizing Output Turn-on Delays; Tutorial; Power Modules
  • Page 101 – Output On/Off Synchronization Appendix D; between; Procedure; Enable the Synchronization Function; In the front panel menu, select
  • Page 102 – Specify which Output Channels will be Synchronized; Select the output channels that will be synchronized.; Specify the Turn-On Delays for each Output Channel; Max delay offset for this frame; slowest
  • Page 103 – Synchronizing Multiple Mainframes; Digital Connections and Configuration
  • Page 104 – Operation; any
  • Page 105 – Index; digital input
  • Page 106 – list
  • Page 107 – voltage
  • Page 108 – DECLARATION OF CONFORMITY; DoC Revision
  • Page 109 – Manual Updates; Option
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Series N6700

User’s Guide

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Summary

Page 2 - Series N6700 User’s Guide; Legal Notices; Product Category

2 Series N6700 User’s Guide Legal Notices © Agilent Technologies, Inc. 2006-2008 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 cop...

Page 3 - Safety Notices; notice denotes a hazard.; CAUTION; notice; CAUTION

Series N6700 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 N6700 User’s Guide In this Book Specific chapters in this manual contain the following information: Quick Reference – Chapter 1 is a quick reference section that helps you quickly become familiar with your Agilent N6700 Modular Power System. It describes the differences between the various ...

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