Agilent E4350B - Manual

Agilent E4350B

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Table of Contents:

  • Page 3 – SAFETY SUMMARY; Indicates hazardous voltages.
  • Page 4 – SAFETY SYMBOL DEFINITIONS; Herstellerbescheinigung
  • Page 5 – PRINTING HISTORY; DECLARATION OF CONFORMITY
  • Page 6 – Table Of Contents; General Information
  • Page 8 – Language Dictionary
  • Page 13 – General Information 13; What’s In This Guide?; Option; Input power 100 Vac, nominal; Service manual with extra User’s guides; Slide mount kit
  • Page 14 – 4 General Information; Operator Replaceable Parts; Table 1-3 Operator Replaceable Parts; Description
  • Page 15 – General Information 15; Output Characteristic; Restrictions; Simulator Mode
  • Page 17 – Table Mode; sc; Points must be above dashed line shown in Figure 1-3.
  • Page 19 – Installation 19; Installation; Inspection; Damage; Location and Temperature; Bench Operation
  • Page 20 – AC Line Connection; Check the line; Rating; label
  • Page 21 – Installation 21; AC Line Voltage Conversion; Figure 2-2. Agilent SAS Line Select Jumpers; VXI; Supported Applications
  • Page 22 – 2 Installation; Downloading and Installing the Driver
  • Page 23 – Turn-On Checkout 23; Introduction; Preliminary Checkout; a brief star-burst pattern which lights all the LCDs, followed by; A D D R 5; hear the fan operating.; Note
  • Page 27 – Turn-On Checkout 27; Checking The Save And Recall Functions; Line Fuse
  • Page 29 – User Connections 29; User Connections; Rear Panel Connections; Wire Selection
  • Page 30 – Load Connections; Figure 4-3. SAS Rear Panel Output Connections
  • Page 31 – User Connections 31; capacitance, the total resistance may be derated linearly.; Inductive Loads; H. For twisted pair wires or zipcord, figure; Connecting to an External Voltage Source; Remote Voltage Sensing
  • Page 32 – Regulation in millivolts =
  • Page 34 – 4 User Connections; Connecting Supplies in Parallel
  • Page 36 – 6 User Connections; Auto-Parallel Programming Cautions
  • Page 38 – Analog connector; Controller Connections
  • Page 39 – User Connections 39
  • Page 41 – Front Panel Operation 41; Front Panel Operation; key is now functioning as
  • Page 44 – 4 Front Panel Operation; Programming the Output; Establishing Initial Conditions
  • Page 45 – Programming Overvoltage Protection; Setting the OVP Level
  • Page 46 – Programming Overcurrent Protection; Setting The OCP Protection
  • Page 47 – Front Panel Operation 47; Unregulated Operation
  • Page 48 – 8 Front Panel Operation; Setting The GPIB Address; Types of GPIB Addresses
  • Page 49 – Remote Programming 49; Remote Programming; GPIB Capabilities of the Agilent SAS; Conventions; Computer
  • Page 50 – 0 Remote Programming; Types of SCPI Commands; SCPI has two types of commands, common and subsystem.
  • Page 51 – Remote Programming 51; Note the use of the optional header; LEVEL; use of the root specifier to move between subsystems.; Types of SCPI Messages; There are two types of SCPI messages, program and response.
  • Page 52 – 2 Remote Programming; The following figure illustrates the SCPI message structure:; Long Form; The header is completely spelled out, such as VOLTAGE STATUS DELAY.; Short Form
  • Page 53 – Remote Programming 53; SCPI Data Formats
  • Page 54 – 4 Remote Programming; Examples; Programming Voltage and Current; OUTP OFF
  • Page 56 – Enable only the CV and CC events and read their status.; Agilent controller with Agilent BASIC Language System.
  • Page 59 – Remote Programming 59
  • Page 61 – Language Dictionary 61; Parameters; The dictionary is organized as follows:
  • Page 62 – Description Of Common Commands; Clear Status Device Status; Bit Configuration of Standard Event Status Enable Register
  • Page 63 – Language Dictionary 63; Event Status Register Device Status
  • Page 64 – 4 Language Dictionary; Operation Complete Device Status
  • Page 65 – Language Dictionary 65; Power-on Status Clear Device Initialization
  • Page 66 – 6 Language Dictionary; Reset Device State
  • Page 67 – Language Dictionary 67; Service Request Enable Device Interface
  • Page 68 – Trigger Device Trigger
  • Page 69 – Language Dictionary 69; Description Of Subsystem Commands
  • Page 70 – 0 Language Dictionary
  • Page 71 – MAX for both models; Calibration Commands; DISP ON DISPLAY:STATE ON
  • Page 72 – Measurement commands measure the output voltage and current.
  • Page 73 – Language Dictionary 73; Memory Subsystem
  • Page 74 – 4 Language Dictionary; This command returns the names of all user-defined table.; Output Subsystem; OUTP 1 OUTPUT:STATE ON
  • Page 75 – Language Dictionary 75; seconds; For CURR:TRIG ABOR CURR *RST
  • Page 76 – 6 Language Dictionary; 0 volatile and 30 nonvolatile
  • Page 77 – Language Dictionary 77; a valid table name or a space
  • Page 79 – Language Dictionary 79; to
  • Page 80 – 0 Language Dictionary; Status Subsystem; Bit Configuration of Operation Registers
  • Page 81 – Language Dictionary 81
  • Page 83 – Language Dictionary 83; NO ERROR; . If more errors are accumulated
  • Page 84 – 4 Language Dictionary; Trigger Subsystem; ABOR
  • Page 85 – Clear the WTG bit in the Status Operation Condition register.; TRIG TRIGGER:IMMEDIATE; BUS
  • Page 87 – Status Reporting 87; Status Reporting; Agilent SAS Status Structure; Register Functions
  • Page 89 – Status Reporting 89; Questionable Status Group; Register; Standard Event Status Group; Cleared by
  • Page 90 – 0 Status Reporting; You can determine the reason for an SRQ by the following actions:; Service Request Enable Register; Status Registers
  • Page 91 – Status Reporting 91; Servicing an Operation Status Mode Event; Operation PTR; Adding More Operation Events
  • Page 92 – OPER summary bit to again set RQS.; SCPI Command Completion
  • Page 93 – Status Reporting 93; Using Device Clear; The input and output buffers of the dc source are cleared.
  • Page 95 – Specifications and Application Information 95; Specifications and Application Information; Specifications and Supplemental Characteristics; C unless specified otherwise. Unless; Parameter; Simulator/Table Mode Output Ratings
  • Page 96 – Simulator/Table Voltage
  • Page 97 – (selectable via internal switching; Unit wiring for 230 Vac
  • Page 99 – Specifications and Application Information 99; Output Impedance Graphs; Reference Curve
  • Page 100 – 00 Specifications and Application Information
  • Page 102 – 02 Specifications and Application Information; Peak Power Tracker Application
  • Page 103 – Specifications and Application Information 103; Figure A- 1. Percent Power Error in Simulator Mode; Pmp; Figure A-2. Range of Pmp Error Due to Modeling Equation
  • Page 104 – 04 Specifications and Application Information; Series Switching Regulation; Circuit Diagram; Reference Settings
  • Page 105 – Verification and Calibration; The following equipment is required to perform the tests:; Digital Voltmeter
  • Page 106 – CV annunciator on. Output current near 0.
  • Page 108 – Calibration
  • Page 109 – Front Panel Calibration; Follow the steps in Table B-5 for entering calibration values.
  • Page 110 – Select the second calibration point by pressing; CAL ERROR; If the Agilent SAS is not in CC mode, an error occurs.; NOTES; Program the output current to 10% of its rated output*
  • Page 111 – Calibration Over The GPIB
  • Page 112 – 12 Verification and Calibration; Calibration Language Dictionary; (See applicable Output Ratings specification in appendix A)
  • Page 113 – Verification and Calibration 113; OFF
  • Page 114 – 14 Verification and Calibration; Agilent BASIC Calibration Program; Figure A-2. Agilent BASIC Calibration Program
  • Page 115 – Verification and Calibration 115; Password is optional - only required if set to non-zero value
  • Page 117 – Digital Port Functions 117; Digital Port Functions; Digital Connector; Provides the common connection for the INH input.
  • Page 118 – 18 Digital Port Functions
  • Page 119 – Changing The Port Configuration
  • Page 120 – 20 Digital Port Functions; This pin is the common connection for the Digital I/O ports.
  • Page 121 – Error Messages 121; Error Messages; Hardware Error Messages; Standard Event Status Register Error Bits
  • Page 123 – Index
  • Page 127 – table
  • Page 128 – Agilent Sales and Support Offices; United States of America:
  • Page 129 – Manual Updates
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OPERATING GUIDE for

SOLAR ARRAY SIMULATOR

AGILENT MODELS E4350B, E4351B

Agilent Model E4350B: US37410101 and Above *
Agilent Model E4351B: US37430101 and Above *

* For instruments with higher Serial Numbers, a change page may be included.

Agilent Part No. 5962-8206

Printed in USA:

Microfiche 5962-8207

December, 1997

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Summary

Page 3 - SAFETY SUMMARY; Indicates hazardous voltages.

3 SAFETY SUMMARY The following general safety precautions must be observed during all phases of operation, service, and repair of thisinstrument. Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safetystandards of design, manufacture, and intended ...

Page 4 - SAFETY SYMBOL DEFINITIONS; Herstellerbescheinigung

4 SAFETY SUMMARY (continued) GENERAL Any LEDs used in this product are Class 1 LEDs as per IEC 825-l. ENVIRONMENTAL CONDITIONS All instruments are intended for indoor use in an installation category II, pollution degree 2 environment. They are designedto operate at a maximum relative humidity of 95%...

Page 5 - PRINTING HISTORY; DECLARATION OF CONFORMITY

5 PRINTING HISTORY The edition and current revision of this manual are indicated below. Reprints of this manual containing minor correctionsand updates may have the same printing date. Revised editions are identified by a new printing date. A revised editionincorporates all new or corrected material...

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