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Agilent Technologies E4370A, E4371A, E4374A manual Specifications - A

Models: E4374A E4371A E4370A

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Specifications - A

Specifications - A

Table A-2. Agilent E4370A/E4374A MCCD Characteristics (continued)

Parameter

Non-isolated Digital I/O Characteristics

Isolated Digital I/O Characteristics

Maximum Airflow

Maximum Exhaust Air Temperature Rise

Dimensions

Weight

Condition

max. low-level output voltage

min. high-level output voltage

max. high-level output current min. high-level input voltage max. low-level input voltage max. high-level input current

max. low-level output voltage max. high-level output current

cubic meters per minute cubic feet per minute

from inlet air to exhaust air

Height

Width

Depth

for 1 mainframe with 4 cards

Value

0.4V @ 20 mA sink 1 V @ 300 mA sink

3.5V @ 0 mA source 2.6V @ -200 μA source 250 μA @ Voh = 24 V

2.1V

0.5V

0.8mA @ Vih min.

0.6V

100μA

7.1

250

8 deg C

221.5mm

425.5mm

540.5mm

22 kg

Table A-3. Agilent E4371A Powerbus Load Characteristics

Use this information when integrating the Agilent E4371A Powerbus Load into your system.

Parameter

Recommended Maximum Power Dissipation

Normal Input Voltage

Recommended Maximum Input Current

Maximum Wiring Voltage Drop between Agilent MCCD and Agilent Powerbus Load

Maximum Exhaust Air Temperature Rise

Maximum Airflow

Dimensions

Weight

Condition

at maximum current

from inlet air to exhaust air

cubic meters per minute cubic feet per minute

Height

Width

Depth

Value

5,400 W

26.5- 27 Vdc 200 A

1.5V

40 deg C

10

350

221.5mm

425.5mm

540.5mm

22.7kg

Table A-4. Requirements for External Power Bus Source

Parameter

Nominal Output Voltage

Output Voltage Range

Voltage Output Noise1

Maximum Output Current

Condition

rms peak-to-peak

for one Agilent MCCD mainframe with 256 channels charging

Value

24Vdc

22.8- 25.2 Vdc

30mV 100 mV

133A

@5V, 2A/channel

Maximum Output Power	for one Agilent MCCD mainframe
	with 256 channels charging

Notes:

1Measured at the output, with a bandwidth of 20Hz to 20MHz.

3,200 W

@ 5V, 2A/channel

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Image 117

Agilent Technologies E4371A manual Specifications - A, Table A-2. Agilent E4370A/E4374A MCCD Characteristics continued

Contents

Agilent Model E4370A Powerbus Load Agilent Model E4371A Multi-Cell Charger/DischargerUSER’S GUIDE 64-Channel Charger/Discharger Agilent Model E4374AWARRANTY Warranty InformationLIMITATION OF WARRANTY CERTIFICATIONBEFORE APPLYING POWER Safety SummaryGENERAL ENVIRONMENTAL CONDITIONSSafety Symbols Document ScopeTable of Contents 2 - INSTALLATION1 - GENERAL INFORMATION 4 - AGILENT MCCD USER INTERFACE 3 - CONFIGURATION5 - PROGRAMMING OVERVIEW 6 - LANGUAGE DICTIONARYcfGetMeasLogInterval cfGetDigitalConfigcfGetOutputConfig cfGetSerialConfig7 - C PROGRAM EXAMPLES General Information Agilent MCCD System CapabilitiesFigure 1-1. Block Diagram of Agilent MCCD System Hardware Description Additional FeaturesBasic Functions Agilent E4370A/E4374A MCCDExternal Internal 1, 2, 3 Ready Fault LINE SYSTEM Power ReadyGeneral Information ActiveFigure 1-3. Agilent E4370A/E4374A MCCD Rear Panel Connections Agilent E4371A Powerbus LoadExternal Power Source Figure 1-4. Agilent E4371A Powerbus Load Front PanelFigure 1-5. Agilent E4371A Powerbus Load Rear Panel Figure 1-6. Maximum System Block Diagram Multiple Agilent MCCD ConfigurationMeasurement Capability Voltage MeasurementsCurrent Measurements Cell Resistance Capacity MeasurementsData Logging Probe ResistanceChange in current ΔI Change in time Δt Internal Protection Functions Protection FeaturesRemote Programming Interface If AC Power FailsExternal Digital I/O Protection Functions External Fault InputWeb Accessible Agilent MCCD User Interface Example of a Cell Forming ProcessApplication Programming Interface API The control PC then polls the digital I/O lines for the Start button Page Parts and Accessories InstallationInspection Table 2-2. AccessoriesManufacturer’s Part Table 2-2. Accessories continuedDescription NumberChannel Connections LocationAgilent E4370A MCCD Mainframe Agilent E4371A Powerbus LoadTable 2-4. Channel Configuration Voltage Drops and Wire ResistanceConnector Number Card NumberTable 2-5. Resistance of Stranded Copper Conductors Remote Sense ConnectionsPower Bus Wiring Information Power Bus ConnectionsDiscrete terminated wires Bus barsTable 2-6. Ampacity and Resistance of Stranded Copper Conductors Figure 2-1. Typical Power Bus ConfigurationsAWG No Area in mm2Max powerin = Maxpowerbuscurrent Powersourcevoltage Charging Mode GuidelinesDischarging Mode Guidelines General Purpose I/O Digital ConnectionsMax powerout = MaxpowerbuscurrentWiring Guidelines Special FunctionsFigure 2-2. Digital I/O Connections A. Digital Input Figure 2-3. Equivalent Digital I/O CircuitsC. Isolated Output B. Digital OutputConfiguration RS-232 ConnectionsFigure 2-4. Typical Hardware Connections InitialAuxiliary Output Connection Figure 2-5. RS-232 A and B ConnectorsFigure 2-6. Null-modem Cable Connections Visual C++ Configuration Installing the API Library and Measurement Log UtilityLets you update the Agilent MCCD firmware from a Windows 95 or Windows NT client PCConfiguring the LAN Configuration1. Configure the HyperTerminal program Programs Accessories Hyperterminal HyperTerminal3. Fill Out the Agilent MCCD Configuration Screens 2. Connect the Agilent E4370A MCCD to the COM port on the PCProperties box Configuration Network ConfigurationIdentification000.000 Identification ConfigurationMiscellaneous Configuration Configuring the Digital I/OTo continue configuring the Digital I/O, press 3. The pin numbers of the Digital I/O connector appear on the screen. Refer to Figure 2-2 for the physical locations of the pins. Note that the two pins on each end of the connector are the Common connection for any pins that are configured as grounded outputs All pins do not have to be configured in the same way. Some can be used as isolated outputs while others are single-ended I/O. Functions can also be mixed, with some pins being general purpose Digital I/O while others have a specific purpose. Chapter 2 under “Digital Connections” provides further information about the purpose and application of the digital I/O signals. Any pin can be configured for selections 1 through 7. The common ground pin is the return for these selections Mixed Configuration Example Accessing CalibrationAgilent MCCD User Interface Browser SettingsDescription PC RequirementsUsing the Interface AccessLocalization Using the Agilent MCCD Measurement Log Utility Transfers all of the logged data in the order that it was logged A Cell Forming Overview Programming OverviewFigure 5-1. Test Outcome Flowchart Cell Forming ExampleFunction StepStep Programming OverviewStep Step5 - Programming Overview Figure 5-2. Simple Cell Forming ExampleST N Cell Grouping Function Call OverviewStep/Test Functions Grouping FunctionsFigure 5-3. Instrument Run State Sequence ControlOutput Configuration Figure 5-4. Instrument Protect States Instrument ProtectionInstrument State Storage Power Fail OperationStatus Measurement Log Output Measurements Time Stamp FunctionGeneral Server functions Direct output controlCalibration SelftestcfSelftest cfReadTestLogDigital port Serial portProbe check Page API Usage Guidelines Language DictionaryError Reporting Operating System and Language SupportAPI Function Summary Password Protection6 - Language Dictionary Language Dictionary cfAbort API Function DefinitionscfCal cfCalStandardcfClose cfCalTransfercfDeleteGroup SyntaxcfGetCellStatusString cfGetCellStatuscfGetCurrent SyntaxcfGetDigitalPort cfGetDigitalConfigcfGetGroups See AlsocfGetInstStatus cfGetInstIdentifyExample SyntaxcfGetOutputConfig cfGetMeasLogIntervalcfGetOutputProbeTest SyntaxcfGetRunState cfGetOutputStatecfGetSense SyntaxcfGetSeqStep cfGetSenseProbeTestcfGetSeqTest SyntaxcfGetSeqTestAnd cfGetSerialConfigcfGetSeqTime cfGetSerialStatuscfGetShutdownMode cfGetShutdownDelaycfGetStepNumber cfGetTrigSourcecfInitiate cfGetVoltagecfMeasACResistance cfMeasCapacityAScfMeasCurrent cfMeasCapacityWScfMeasDCResistance cfMeasOutputProbeResistancecfMeasSenseProbeResistance cfMeasProbeContinuitySyntax DescriptioncfOpen cfMeasVoltagecfOpenGroup SyntaxcfProtectClear cfProtectcfReadMeasLog Examplereturns entries for that step number returns entries for all steps step number CFALLSTEPSSyntax cfReadSerialDescription See AlsocfResetSeq cfResetcfReadTestLog SyntaxcfRestart cfSaveOutputConfigcfSelftest SyntaxcfSetCurrent cfSetAutoConnectSyntax DescriptionSyntax cfSetDigitalConfigDescription CFGROUNDED OperationCFISOLATED Operation See AlsocfSetDigitalPort cfSetErrorFunctionSyntax DescriptioncfSetOutputConfig cfSetMeasLogIntervalcfSetGroup SyntaxcfSetOutputState cfSetOutputProbeTestSyntax DescriptioncfSetSenseProbeTest cfSetSensecfSetSeqStep SyntaxSee Also cfReset, cfSetSeqTest, cfGetSeqStepSyntax cfSetSeqTestDescription Language Dictionarytimetesttype is one of cfSetServerTimeout cfSetSerialConfigcfSetSeqTestAnd SyntaxcfSetTimeout cfSetShutdownDelaycfSetShutdownMode cfSetTrigSourcecfShutdown cfSetVoltagecfStateDelete SyntaxcfStateRecall cfStateListcfStateSave cfTriggerSyntax cfWriteSerialDescription See AlsoPage Example C Program Examples7 - C Program Examples C Program Examples ExampleMain function 7 - C Program ExamplesC Program Examples 7 - C Program Examples Turn off the TEST light and turn on the READY light C Program ExamplesYou can control up to 16 Agilent MCCDs from one PC and still achieve good system responsiveness, depending on the application program structure ExampleC Program Examples void ErrorHandlerCFHANDLE server, char *name, int error Error handler function7 - C Program Examples Return a timestamp stringSpecifications Hardware SpecificationsTable A-1. Agilent E4370A/E4374A MCCD Specifications Table A-2. Agilent E4370A/E4374A MCCD Characteristics A - SpecificationsTable A-2. Agilent E4370A/E4374A MCCD Characteristics continued Specifications - ATable A-3. Agilent E4371A Powerbus Load Characteristics Table A-4. Requirements for External Power Bus SourcePage Calibration Types CalibrationFull Calibration Calibration IntervalMainframe Reference Calibration Transfer CalibrationCalibration Connections Table B-1. Calibration Equipment RequiredIBGP Calibration - B232CV Figure B-1. Calibration ConnectionsAgilent MCCD Configuration Screens Accessing CalibrationRear panel transfer calibration switch Calibration Error MessagesAPI Calls over the LAN Web-based Graphical User InterfacePage Dimension Drawings Figure C-2. Agilent Powerbus Load Simplified Outline Diagram C - Dimension DrawingsSense and Power Connector Pinouts Connector NumberCard Number D - Sense and Power Connector Pinouts Figure D-1. Card 1 Sense and Power Connector Cell AssignmentsFigure D-2. Card 2 Sense and Power Connector Cell Assignments Sense and Power Connector Pinouts - D Figure D-3. Card 3 Sense and Power Connector Cell AssignmentsFigure D-4. Card 4 Sense and Power Connector Cell Assignments Table D-1. Card 1 Sense and Power Pinout Assignments D - Sense and Power Connector PinoutsTable D-2. Card 2 Sense and Power Pinout Assignments Sense and Power Connector Pinouts - DTable D-3. Card 3 Sense and Power Pinout Assignments D - Sense and Power Connector PinoutsTable D-4. Card 4 Sense and Power Pinout Assignments Sense and Power Connector Pinouts - DPage In Case of Trouble IntroductionTable E-1. Fault Indicators E - In Case of Trouble Selftest Error MessagesIndex Index Index Index Latin America United StatesCanada Australia/New Zealand