Agilent Technologies E1470A user manual Appendix a RF Switch Specifications

Page 39

Appendix A

RF Switch Specifications

Configuration:			3dB Bandwidth:
80 signal connections			3:1 Multiplexer:		500 MHz
60 inputs (channel numbers xx0 through xx2)			30:1 Multiplexer:		200 MHz (30:1 specifications apply
20 commons (channel numbers COMxx)					for channels 000 - 132 to COM05 or
One 60:1, two 30:1,... up to 20 3:1 multiplexers					channels 200 - 332 to COM25
can be configured					multiplexers)
			60:1 Multiplexer:		100 MHz

Terminated Isolation:			VSWR (Voltage Standing Wave Ratio) for a 3:1
10 MHz:	80 dB		Multiplexer:
100 MHz:	60 dB		100 MHz:	1.4
200 MHz:	50 dB		200 MHz:	1.45
500 MHz:	40 dB		500 MHz:	1.7

VSWR (Voltage Standing Wave Ratio) for a 30:1			VSWR (Voltage Standing Wave Ratio) for a 60:1
Multiplexer:			Multiplexer:
200 MHz:	1.5		100 MHz:	1.5
(30:1 muxs are channels 000 - 132 to COM05 or
channels 200 - 332 to COM25 multiplexers)

Characteristic Impedance:			Power Consumption:
50Ω			+5 Volt power supply, 3.5A (all relays closed)

Relay Ratings:			A16 Register-based device:
Maximum RF Power:		10W	A16 Register-based Slave-only device as defined in the
Switch Life: no load:		5x106 closures	VMEbus standard and the VXIbus specification, rev. 1.4.
0.01A @ 24 Vdc:		3x105 closures
10 Watts RF:		1x105 closures
Power-on/Reset State:
Channel xx0 connected to COMxx. Channel 0 in each 3:1
is connected to its respective common.

Appendix A

RF Switch Specifications 39

Image 39

Contents E1470-90002 Page Contents Appendix C RF Switch Error Messages Index Government Restricted Rights Agilent Technologies Warranty StatementDocumentation History Safety SymbolsModel Number Manufacturer’s NameManufacturer’s Address Declares, that the product Product NamePage Using This Chapter Switching DiagramChapter Cascade Relays COM 33 332 Creating Multiple Multiplexers Configuring the RF Switch ChapterOn this module RF Switch ConfigurationMaximum POWER. The maximum RF power that can be applied Chapter Configuring the RF SwitchSetting the Logical Address Setting the Interrupt Request Level Installing User Wiring Configuring the RF Switch Chapter Connecting User WiringSMB Connectors and Connector Housings Assembling SMB Connector JacksUser Connections Wiring RF Switch Installing Device DriversProgramming the RF Switch Chapter Addressing the SwitchProgramming Examples Chapter Programming the RF SwitchProgramming the RF Switch Chapter Example Closing a Signal Path Example Opening Closing Signal Paths Example Saving Recalling Module States Programming the RF Switch Chapter Chapter RF Switch Command Reference Command TypesCommon Commands Format Scpi Commands FormatScpi Command Reference Linking CommandsRF Switch Command Reference Chapter DIAGnosticCLOSe DIAGnosticReset to its power-on state Common to NC DIAGnosticCLOSe?DIAGnosticOPEN DIAGnosticOPEN relay,relay... opens individual relays onDIAGOPEN333 DIAGnosticOPEN?RSTDIAGThis programCLOS042,043,053,054,256REL?returns DIAGnosticRELAY?ROUTePATHCOMMon ROUTeExample Closing Channel Path 10002 SYSTemERRor? SYSTemSYSTemVERSion? Command Ieee 488.2 Common Commands Quick ReferenceDescription Commands Quick ReferenceAppendix a Appendix a RF Switch SpecificationsRF Switch Specifications Appendix a Addressing Overview Appendix BAbout This Appendix Register AddressingFigure B-1. Register Address Locations Within VXI A16 Base AddressA16 Address Space Outside the Command Module Register-Based Programming Appendix B Register DefinitionsTable B-1. General Register-based Programming Method Table B-2. Register MapTable B-4. Control Register Bit Pattern write Table B-3. Status Register Bit Patterns readRelay Control Registers Vxie Table B-10. Writing to Relay Control Registers Create and open a device session Register Programming ExampleWait 5 seconds before resetting module Void errhandler /* Error Handling Routine Register-Based Programming Appendix B Appendix C Appendix C RF Switch Error MessagesRF Switch Error Messages Appendix C Index IndexIndex E1470-90002