Setting the Interrupt Request Level | Agilent Technologies E1470A

Setting the Interrupt Request Level

NOTE

Interrupts are enabled at power-up, after a SYSRESET, or after resetting the module via the Control Register (see Appendix B). If interrupts are enabled, the system generates an interrupt after writing to any relay control register. The interrupt is generated approximately 13 msec after writing to the register to indicate the end of relay closure/settling time.

As shown in Figure 1-5, the Interrupt Request Level switch selects the priority level that will be asserted. The Interrupt Request Level switch is set in position 1 as shipped from the factory. For most applications this priority level should not be changed. The interrupts are disabled when set to position 'X'. To change the setting, set the switch to the level required.

Interrupts can also be disabled using the Control Register (see Appendix B). Also, consult your mainframe manual to make sure backplane jumpers/switches are configured correctly.

Interrupt request Level

Rotary Switch Location

Interrupt Request (IRQ)

Level 0 = Interrupt Disabled

Figure 1-5. Setting the Interrupt Request Level Switch

Chapter 1

Configuring the RF Switch 15

Image 15

Agilent Technologies E1470A user manual Setting the Interrupt Request Level

Contents

E1470-90002 Page Contents Appendix C RF Switch Error Messages Index Government Restricted Rights Agilent Technologies Warranty Statement Documentation History Safety Symbols Model 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 Chapter On this module RF Switch ConfigurationMaximum POWER. The maximum RF power that can be applied Chapter Configuring the RF Switch Setting the Logical Address Setting the Interrupt Request Level Installing User Wiring Configuring the RF Switch Chapter Connecting User Wiring SMB Connectors and Connector Housings Assembling SMB Connector Jacks User Connections Wiring RF Switch Installing Device Drivers Programming the RF Switch Chapter Addressing the Switch Programming Examples Chapter Programming the RF Switch Programming 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 Format Scpi Command Reference Linking CommandsRF Switch Command Reference Chapter DIAGnosticCLOSe DIAGnostic Reset to its power-on state Common to NC DIAGnosticCLOSe?DIAGnosticOPEN DIAGnosticOPEN relay,relay... opens individual relays on DIAGOPEN333 DIAGnosticOPEN? RSTDIAGThis programCLOS042,043,053,054,256REL?returns DIAGnosticRELAY? ROUTePATHCOMMon ROUTe Example Closing Channel Path 10002 SYSTemERRor? SYSTemSYSTemVERSion? Command Ieee 488.2 Common Commands Quick Reference Description Commands Quick Reference Appendix a Appendix a RF Switch Specifications RF Switch Specifications Appendix a Addressing Overview Appendix BAbout This Appendix Register Addressing Figure B-1. Register Address Locations Within VXI A16 Base Address A16 Address Space Outside the Command Module Register-Based Programming Appendix B Register DefinitionsTable B-1. General Register-based Programming Method Table B-2. Register Map Table B-4. Control Register Bit Pattern write Table B-3. Status Register Bit Patterns read Relay Control Registers Vxie Table B-10. Writing to Relay Control Registers Create and open a device session Register Programming Example Wait 5 seconds before resetting module Void errhandler /* Error Handling Routine Register-Based Programming Appendix B Appendix C Appendix C RF Switch Error Messages RF Switch Error Messages Appendix C Index Index Index E1470-90002