HP FET MULTIPLEXER E1351A/53A Maximum Voltage Screw Terminal Wire Size Watts/Slot, Cooling/Slot

Page 79

Appendix A

HP E1351A/53A FET Multiplexer

Specifications

Maximum Voltage:

Screw Terminal Wire Size:

Watts/Slot: 1

Terminal to Chassis: ±16V peak*

16 AWG Max, 26 AWG Min

 

(input impedance less above 14V

 

Cooling/Slot:

peak)

Module Size/Device Type:

0.02 mm H2O @ 0.10 liter/sec

 

B, register-based

 

Maximum Current per Channel:

 

 

 

1 mA (non-inductive)

 

Connectors Used: P1

 

Maximum Offset Voltage:

Number of Slots: 1

 

25 μV (0° to 28°C)

 

 

 

 

250 μV (28° to 55°C)

 

Interrupt Level: selectable

 

 

 

 

Input Impedance:

 

Power Requirements:

 

Power On (Vin <±10V)

 

 

 

Voltage:

+5V

+12V

High to Low: >108Ω

 

>108Ω

Peak module

 

 

High or Low to Chassis:

 

 

current, IPM (A):

0.20

0.13

Guard to Chassis: 10 kΩ ±10%

Dynamic module

 

 

Capacitance:

 

 

 

 

current, IDM (A): 0.01

0.01

High or Low to Chassis:

<200pf

 

 

 

High to Low: <200pf

 

Strain Gage Excitation:

Power Off (High to Low):

+ 4.63V ±10%

Max Current: 400mA

for Vin ≤14V: 1000Ω

(short circuit protected)

for Vin >14V: 220Ω

 

Closed Channel Resistance:

Reference Junction Measurement

Accuracy (HP E1353A only): 0.3°C

<3.1 kΩ for high or low input

(over 18° to 28°C operating temperature)

(Guard not switched)

 

Bandwidth (-3dB):

 

50Ω source, 1 MΩ 10pF

 

termination: >200 kHz

 

*Each FET is diode clamped to ±14V and a 220Ω series resistor. This limits the current to the clamp diodes.

Humidity: 65% 0° to 40°C

Operating Temperature: 0° to 55°C

Storage Temperature:

-40° to 75°C

EMC, RFI, Safety:

meets FTZ 1046/1984, CSA 556B, IEC 348, UL 1244

Net Weight (kg): 0.9

Appendix A

HP E1351A/53A FET Multiplexer Specifications 79

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Contents Contents Understanding the HP E1351A/53A FET Multiplexer Modules Appendix C.HP E1351A/53A FET Multiplexer Error Messages HP E1351A/53A FET Multiplexer User’s Manual Contents Certification Documentation History According to ISO/IEC Guide 22 and EN July 20Page Business Reply Mail Page FET Multiplexer Module Description Using This ChapterMultimeter Connection Points Analog Bus ConnectorFET Multiplexer Module Block Diagram Output 70903OUTP on Switchbox and Scanning Voltmeter ConfigurationsDigital Bus and Triggering Initial Operation Programming LanguageConfiguring the HP E1351A/53A FET Multiplexer Modules Multiplexer Card Numbers Card Numbers for Single-Module SwitchboxesCard Numbers for Scanning Voltmeter Setting the Address SwitchSelecting the Interrupt Line Number Setting the Interrupt Line NumberCard ID Switch Setting the Card ID SwitchChannel FET Multiplexer Connector Pin-out Connecting User InputsSignal Conditioning Components/Current Shunts Adding Signal Conditioning Components/Current ShuntsWiring Guidelines Connecting Field WiringWiring a Terminal Module 10. Analog Bus and Digital Bus Connections Connecting Multimeters and Signal Generators11. Analog Bus and Digital Bus Cables Analog Bus and Digital Bus CablesPage Selecting Channels Using the HP E1351A/53A FET Multiplexer ModulesUsing the HP E1351A/53A FET Multiplexer Modules Chapter Matrix Commands Used in Chapter Multiplexer CommandsScanport None Connecting Switchbox Channels to Direct TerminalsCLOS? Closing Channels 02 and 09 for a Voltage Measurement Connecting Channels 02 and 10 for 4-Wire Ohms Measurement Example Making Voltage Measurements By Scanning Scanning a Range of Switchbox ChannelsScanning Channels 100 to 215 of a Two-Module Switchbox Example Making 4-Wire Ohms Measurements by Scanning Example Making 2-Wire Ohms Measurements by ScanningDownloading a Scan List Output 70904INIT Scanning a Switchbox without a Downloaded Scan ListOutput 70904STATOPERENAB Scanning a Switchbox with a Downloaded Scan ListConnecting the Analog Bus and Digital Bus Cables Scanning Voltmeter Configuration with HP E1326BTemperature Measurement Using a Thermocouple Using the HP E1351A/53A FET Multiplexer Modules Chapter Using Scanning Trigger Sources Commands for Scanning Switchbox ChannelsScanning with External Instruments Scanning Commands Trigger Sources Example Scanning With External Instruments Output 70914OUTP on Example Scanning Using Trig Out Event In PortsOutput 722TRIG Extdcvmem Fifo SCANMODE, Scanport and TRIGgerSOURce Dbus Example Scan Complete Monitor Using the Scan Complete BitCommon Command Format Command TypesScpi Command Format ROUTeSCANMODE Volt Scpi Command Reference Subsystem Syntax ABORtExample Stopping a Scan with ABORt Example Query Number of Scanning Cycles COUNtParameters CommentsDISPlay Example Select Module #2 in a Switchbox for MonitoringMONitorCARD Mode Example Enabling the Monitor ModeCONTinuous INITiateExample Query Continuous Scanning State Example Enabling Continuous ScansExample Enabling Trig Out Port OUTPutSTATe ∙ Downloaded Scans The OUTPut subsystem does not work with∙ Closing Channels To close ROUTe∙ Opening Channels To open ∙ Query is Software Readback The ROUTeCLOSe? commandExample Closing Multiplexer Channels Example Query Multiplexer Channel ClosureQuery Multiplexer Channel Open State ∙ Query is Software Readback The ROUTeOPEN? commandExample Opening Multiplexer Channels∙ Scanning Operation With a valid channel list Example Scanning Using External InstrumentsExample Query Scan Mode Example Query Scan Port Example Selecting the Abus PortExample Set and Query the SETTling Time Example Setting 16 μsec SETTling TimeExample Enable the Status Register Bit OPERationENABleSTATus Example Reading the Description of Card #1 Module SYSTemCDEScription? ∙ 16-Channel FET Multiplexer Module DescriptionExample Reading the Model Number of a Card #1 Module Comments ∙ 16-Channel FET Multiplexer Module Model NumberIMMediate ∙ Executing the TRIGgerIMMediate Command a channel listExample Advancing Scan using the TRIGger Command TRIGger∙ Trig Out Port Shared by Switchboxes See the OUTPut command ∙ Enabling the Trigger Source The TRIGgerSOURce commandScanning Using Bus Triggers Example Scanning Using External TriggersExample Query Trigger Source ANSI/IEEE Standard Ieee 488.2 Common CommandsScpi Commands Quick Reference Description Command Quick ReferencePage Power Off High to Low Maximum Voltage Screw Terminal Wire Size Watts/SlotConnectors Used P1 Maximum Offset Voltage Number of Slots Input Impedance Power RequirementsHP E1351A/53A FET Multiplexer Specifications Appendix a Register Addressing About This AppendixHP E1351A/53A Register-Based Programming Appendix B A16 Address Space Inside Command Module Or Mainframe A16 Address Space Outside Command Module Or MainframeRegister Descriptions Device Type Register Register module Register Bit DescriptionsManufacturer ID Register Status/Control Register Enable IRQ ENContinuous Enable CNT EN Reset Pointer RST PTR Scan Channel Delay RegisterScan Control Register C1 C0 Scan Channel Configuration RegisterDirect Channel Configuration Register A Tree Isolation Switch Disable A-D Valid Channel VLDDirect Control Register Executing CommandsROUTe ROUTeCLOSe channellist is equivalent to the following HP E1351A/53A Register-Based Programming Appendix B Register-Based Programming for Maximum Speed Decimal code Appendix B HP E1351A/53A Register-Based Programming Table B-1. Multimeter Command and Parameter Opcodes Multimeter Command Parameter OpcodesFigure B-3. Configuring the Multimeter Error Code Cause Multimeter Register-Based Programming Error CodesHP E1351A/53A FET Multiplexer Error Messages HP E1351A/53A FET Multiplexer Error Messages Appendix C Laddr IndexHP E1351A/53A FET Multiplexer User’s Manual Index HP-IB HP E1351A/53A FET Multiplexer User’s Manual Index HP E1351A/53A FET Multiplexer User’s Manual Index HP E1351A/53A FET Multiplexer User’s Manual Index HP E1351A/53A FET Multiplexer User’s Manual Index
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