Agilent E4375A - Manual

Agilent E4375A

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Table of Contents:

  • Page 2 – Warranty Information; CERTIFICATION
  • Page 3 – Safety Summary
  • Page 4 – Safety Symbols; Document Scope; Notice
  • Page 5 – Table of Contents; - GENERAL INFORMATION
  • Page 9 – General Information; Agilent MCCD System Capabilities; discharger; Figure 1-1. Block Diagram of Agilent MCCD System
  • Page 10 – - General Information; Basic Functions; Charger; forming and capacity measurement.; Measurement; Additional Features; Hardware Description; Agilent E4370A MCCD Mainframe
  • Page 11 – General Information - 1
  • Page 12 – Figure 1-3. Agilent E4370A MCCD Mainframe Rear Panel Connections; Agilent E4371A Powerbus Load
  • Page 13 – Figure 1-4. Agilent E4371A Powerbus Load Front and Rear Panels
  • Page 14 – External Power Source; of the required cell charging power.; Multiple Agilent MCCD Configurations
  • Page 15 – Figure 1-5. System Diagram Using Agilent E4374A Cards
  • Page 16 – Figure 1-6. System Diagram Using Agilent E4375A Cards; Measurement Capability; Voltage Measurements
  • Page 17 – Current Measurements; based on continuous current measurements.
  • Page 18 – Cell Resistance; Data Logging
  • Page 19 – Protection Features
  • Page 20 – Internal Protection Functions; External Fault Input; This function can be used to start a cell forming sequence.; If AC Power Fails
  • Page 21 – Remote Programming Interface; Web Accessible Agilent MCCD User Interface; Example of a Cell Forming Process
  • Page 23 – Installation; Inspection; A power cord appropriate for your location.; Item
  • Page 25 – Location; Do not block the fan exhaust at the rear or the side.; Channel Connections
  • Page 26 – Voltage Drops and Wire Resistance
  • Page 27 – Remote Sense Connections; Table 2-5. Resistance of Stranded Copper Conductors
  • Page 28 – Power Bus Connections; The; ENERGY HAZARD; . If high current power bus connections touch, severe arcing; Power Bus Wiring Information
  • Page 29 – Table 2-6. Ampacity and Resistance of Stranded Copper Conductors; Power Bus Configuration Examples
  • Page 30 – Charging Mode Guidelines:
  • Page 31 – Discharging Mode Guidelines:; Efficiency
  • Page 32 – Digital Connections; Special Functions; not; set the external fault output signal true. This level-
  • Page 33 – Wiring Guidelines
  • Page 34 – Calibration
  • Page 35 – Auxiliary Output Connection
  • Page 36 – Installing the API Library and Measurement Log Utility; Required files to develop a C programming client application.
  • Page 37 – Configuration; Configuring the LAN; Configure the HyperTerminal program
  • Page 38 – Connect the Agilent E4370A MCCD to the COM port on the PC; Fill Out the Agilent MCCD Configuration Screens
  • Page 39 – For now, you will only be accessing the; and the; Identification Configuration; Network Configuration
  • Page 41 – Miscellaneous Configuration; Configuring the Digital I/O
  • Page 44 – Mixed Configuration Example; Pins 1, 3, 5 and 7 the corresponding second pins of each isolated pair.; Accessing Calibration
  • Page 45 – Agilent MCCD User Interface; PC Requirements; The PC must have one of the following web browsers installed:; Browser Settings; Graphics card set to display 256 colors.; Security
  • Page 46 – Using the Interface; CAUTION
  • Page 47 – Using the Agilent MCCD Measurement Log Utility; To run the Agilent MCCD Measurement Log Utility, click on
  • Page 49 – Programming Overview; A Cell Forming Overview; stimulus is applied.
  • Page 50 – - Programming Overview; Cell Forming Example
  • Page 51 – Programming Overview - 5; Step 3
  • Page 53 – Function Call Overview; Cell Grouping
  • Page 54 – Grouping Functions; To set and query the step parameters use:
  • Page 55 – Sequence Control
  • Page 56 – Output Configuration
  • Page 57 – Instrument Protection; To query which state the instrument is in, use:
  • Page 58 – Power Fail Operation; To restart the instrument by recalling a saved shutdown state use:; Instrument State Storage; Use the following functions to control instrument states:
  • Page 59 – Status
  • Page 60 – Measurement Log
  • Page 61 – Time Stamp Function
  • Page 62 – Direct output control; For voltage control use:; General Server functions; To open or close a LAN connection to an instrument use:
  • Page 63 – Selftest
  • Page 64 – Serial port; The functions used to access the ports are:; Digital port; To set or query the configuration use:
  • Page 65 – Probe check
  • Page 67 – Language Dictionary; API Usage Guidelines
  • Page 68 – - Language Dictionary; Password Protection; API Function Summary
  • Page 69 – Language Dictionary - 6
  • Page 70 – API Function Definitions; cfAbort; Make sure that no cells are connected when executing cfCal.; cfCalStandard
  • Page 71 – cfCalTransfer; cfClose
  • Page 72 – cfGetCellStatus
  • Page 73 – cfGetDigitalConfig; cfGetDigitalPort; cfGetGroups
  • Page 74 – Example; cfGetInstIdentify; cfGetInstStatus; Syntax
  • Page 75 – cfGetMeasLogInterval
  • Page 76 – cfGetOutputState; cfSetOutputState, cfSetVoltage, cfSetCurrent; cfGetRunState; cfSetSense
  • Page 77 – cfGetSenseProbeTest; cfSetSenseProbeTest; cfGetSeqStep
  • Page 78 – cfGetSeqTestAnd; Returns the communication parameters of one of the serial ports.; cfGetSerialStatus
  • Page 79 – cfGetShutdownDelay; cfGetShutdownMode; cfGetStepNumber
  • Page 80 – cfGetVoltage; 56, or the constant
  • Page 81 – cfMeasCapacityWS
  • Page 82 – cfMeasProbeContinuity; (either the unit is set to local sensing or a cell is inactive); cfMeasSenseProbeResistance
  • Page 83 – cfMeasVoltage
  • Page 84 – cfProtect
  • Page 86 – cfReadSerial
  • Page 87 – cfReadTestLog; The format of the test log is; cfReset
  • Page 88 – cfRestart; cfSaveOutputConfig; cfSelftest; cfReadTestLog, cf GetInstStatus
  • Page 89 – cfSetAutoConnect; cfSetCurrent; The power-on setting for cfSetCurrent is 0 amperes.; See Also
  • Page 90 – cfSetDigitalConfig; CF_GROUNDED Operation
  • Page 92 – cfSetDigitalPort; cfSetErrorFunction
  • Page 93 – cfSetGroup; If the group name is longer than; cfSetMeasLogInterval; Time_interval seconds have elapsed since the last logged entry.; cfSetOutputConfig
  • Page 94 – cfSetOutputProbeTest; The power-on setting for cfSetOutputProbeTest is CF_INFINITY.; cfSetOutputState; cfGetOutputState, cfSetVoltage, cfSetCurrent
  • Page 95 – cfGetSense; The power-on setting for cfSenseProbeTest is Off.; cfSetSeqStep
  • Page 97 – cfSetSeqTest; references the corresponding number from cfSetSeqStep.
  • Page 99 – cfSetSeqTestAnd; cfSetSerialConfig; Sets the communication parameters of one of the serial ports.; cfSetServerTimeout
  • Page 100 – cfSetShutdownDelay; cfSetShutdownMode; cfSetTimeout; cfSetTrigSource
  • Page 101 – cfSetVoltage; The power-on setting for cfSetVoltage is 0 volts.; cfShutdown; cfStateDelete
  • Page 102 – cfStateList
  • Page 103 – cfWriteSerial; Writes count data words to the serial port.; cfSerialStatus, cfReadSerial, cfSerialConfig
  • Page 105 – C Program Examples; Example 1
  • Page 106 – - C Program Examples
  • Page 107 – C Program Examples - 7; Example 2
  • Page 112 – Example 3
  • Page 115 – Specifications; Hardware Specifications
  • Page 117 – Table A-3. Agilent E4371A Powerbus Load Characteristics
  • Page 119 – Calibration Types; Full Calibration
  • Page 120 – Table B-1. Calibration Equipment Required; 4 V power bus or 24 V, 4 A dc source; Calibration Connections; Always turn on the voltmeter; before; you turn on the RS232 converter.
  • Page 121 – IB
  • Page 122 – Calibration control is accessible by one of three methods:; Agilent MCCD Configuration Screens
  • Page 123 – The following API calls let you access the calibration functions:; Web-based Graphical User Interface; Calibration Error Messages
  • Page 125 – Dimension Drawings
  • Page 126 – C - Dimension Drawings
  • Page 127 – Sense and Power Connector Pinouts; Card
  • Page 128 – D - Sense and Power Connector Pinouts; Figure D-1. Card 1 Sense and Power Connector Cell Assignments; Figure D-2. Card 2 Sense and Power Connector Cell Assignments
  • Page 129 – Sense and Power Connector Pinouts - D; Figure D-3. Card 3 Sense and Power Connector Cell Assignments; Figure D-4. Card 4 Sense and Power Connector Cell Assignments
  • Page 130 – Table D-1. Card 1 Sense and Power Pinout Assignments
  • Page 131 – Table D-2. Card 2 Sense and Power Pinout Assignments
  • Page 132 – Table D-3. Card 3 Sense and Power Pinout Assignments
  • Page 133 – Table D-4. Card 4 Sense and Power Pinout Assignments
  • Page 135 – In Case of Trouble; Introduction; Fault LEDs; If any of the; Fault
  • Page 136 – E - In Case of Trouble; Selftest Error Messages
  • Page 137 – Index
  • Page 141 – Agilent Sales and Support Office; Technical data is subject to change.
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USER’S GUIDE

Multi-Cell Charger/Discharger

Agilent Model E4370A

Powerbus Load

Agilent Model E4371A

64-Channel Charger/Discharger

Agilent Models E4374A and E4375A

Agilent Part No. 5964-8138

Microfiche No. 5964-8139

September 2001

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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.further certifies that its calibration measurements are traceable to the United States National Institute of Standardsand Technology, to the ext...

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 4 - Safety Symbols; Document Scope; Notice

4 Safety Symbols SAFETY SYMBOLS Direct current Caution, risk of electric shock Earth (ground) terminal Caution, hot surface Protective earth (ground) terminal(Intended for connection to externalprotective conductor.) Caution (Refer to accompanying documents.) On - power (Indicates connection to thea...

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