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108 Register-Based Programming Appendix B
Example:
Opening/Closing
Multiplexer Channels
The flowchart in Figure B-3 shows one way to close (or open) a multiplexer
channel and determine when it has finished closing (or opening). The
address of the multiplexer’s Status Register is base + 04
16
. The address
of the channel is the base address plus the channel offset.
The multiplexer’s Status Register bit 7 is monitored to determine when a
multiplexer channel can be closed (or opened), and when a channel has
finished closing (or opening). This C program example closes and then
opend Channel 5 on bank 2 (register address 36). To initialize the E1460A,
write zeros to all Relay Control bits.
Figure B-3. Closing/Opening a Multiplexer Channel
START
STOP
0
1
0
1
Check
Multiplexer
Status Register
Bit 7
(Busy)
Close
Multiplexer
Channel
(Busy)
Bit 7
Status Register
Multiplexer
Check
B
- 64-Channel Relay Multiplexer 1
- Configuration 2
- Product Specifications 2
- General Specifications 2
- Instrument Drivers 3
- Module Current 3
- Cooling/Slot 3
- PDFINFO H 5 6 0 6 - 0 4 4
- Ordering Information 5
- Agilent Technologies 7
- E1460A 64-Channel 7
- Relay Multiplexer Module 7
- User’s Manual 7
- Documentation History 14
- Declaration of Conformity 15
- Getting Started 17
- Channel Relay 18
- Switches 18
- Basic Operating 20
- Configuring the Multiplexer 21
- Setting the Logical 22
- Address Switch 22
- Setting the Status 23
- Register Switch 23
- Setting the Interrupt 23
- Priority 23
- Configuring the 24
- Switch Card Wire 24
- Reconfiguring the Relay 25
- Mainframe 27
- Installing the 27
- Multiplexer in a 27
- Connecting the 28
- Analog Bus 28
- Configuring Terminal Modules 29
- Connecting User 31
- Wiring Terminal 32
- Attaching Terminal 34
- Modules to the 34
- Programming the Multiplexer 35
- Addressing 36
- Multiplexer Card 37
- Multiplexer Channel 38
- Addresses 38
- Examples: Multiplexer 39
- Module Channel List 39
- Using the Relay Multiplexer 41
- Switching Channels 43
- Example: Switching 44
- Channels (One-Wire) 44
- Channels (Two-Wire) 45
- Channels (Three-Wire) 46
- Example: Switching 47
- Channels (Four-Wire) 47
- SWITCH CARD TERMINAL MODULE 48
- Scanning Channels 49
- Channels Using E1406A 50
- Command Module 50
- Channels Using E1412A 52
- Multimeter 52
- Channels Using 3457A 53
- Multimeter DCV 55
- Measurements 55
- Multimeter Resistance 56
- Example: Using the Scan 57
- Complete Bit 57
- Example: Connecting the 58
- SWITCH CARD 60
- TERMINAL MODULE 60
- Example: Error Checking 62
- Using Polling 62
- Using Interrupts 63
- Synchronizing the 64
- Chapter 3 65
- About This Chapter 65
- Command Types 65
- Variable Commands 66
- SCPI Commands Reference 67
- Subsystem Syntax ABORt 68
- ARM:COUNt 69
- ARM:COUNt? 70
- INITiate 71
- INITiate:CONTinuous? 72
- INITiate[:IMMediate] 72
- Enabling a Single Scan 73
- OUTPut:ECLTrgn[:STATe] 74
- OUTPut:ECLTrgn[:STATe]? 75
- OUTPut[:EXTernal][:STATe] 75
- OUTPut[:EXTernal][:STATe]? 76
- OUTPut:TTLTrgn[:STATe] 76
- OUTPut:TTLTrgn[:STATe]? 77
- [ROUTe:] 78
- [ROUTe:]CLOSe? 80
- [ROUTe:]FUNCtion 81
- [ROUTe:]FUNCtion? 82
- Parameters 83
- [ROUTe:]OPEN? 85
- [ROUTe:]SCAN 85
- [ROUTe:]SCAN:MODE? 88
- [ROUTe:]SCAN:PORT 88
- [ROUTe:]SCAN:PORT? 89
- Subsystem Syntax STATus 90
- Output Queue 91
- Standard Event Register 91
- Status Byte Register 91
- Operation Status Register 91
- STATus:OPERation:CONDition? 92
- STATus:OPERation:ENABle 92
- STATus:OPERation:ENABle? 92
- STATus:OPERation[:EVENt]? 93
- STATus:PRESet 93
- Subsystem Syntax SYSTem 94
- SYSTem:CPON 95
- SYSTem:CTYPe? 95
- SYSTem:ERRor? 96
- TRIGger[:IMMediate] 97
- TRIGger:SLOPe 98
- TRIGger:SLOPe? 98
- TRIGger:SOURce 98
- TRIGger:SOURce? 100
- <mask> 101
- SCPI Commands Quick Reference 102
- Appendix A 103
- Register-Based Programming 105
- A16 Address Space 106
- Outside the Command 106
- Module or Mainframe 107
- Inside the Command 107
- Register Descriptions 108
- Status/Control 109
- Register 109
- ID and Device Type 110
- Registers 110
- Relay Control 110
- Programming Examples 113
- Example: 114
- Opening/Closing 114
- Multiplexer Channels 114
- Example: Using a 116
- Multimeter with a 116
- Multiplexer 116
- Example: Reading ID 117
- Device Type 117
- and Status Registers 117
- Example: Scanning 118
- Channels 118
- Channels (HP-UX) 119
- Appendix C 121
- Index 121 127
- 122 Index 128
- *E1460-90012* 129
- Contents 131
- WARNINGS 134
- Printing History 134
- Safety Symbols 134
- DECLARATION OF CONFORMITY 135
- General Information 139
- Considerations 141
- Incoming 143
- Inspection 143
- Shipping 144
- Guidelines 144
- Description 145
- Recommended 146
- Test Equipment 146
- Verification Tests 147
- Functional 149
- Verification 149
- Self-test Error 150
- Agilent E1460A 151
- Performance 151
- Closed-channel 153
- Resistance Test 153
- Control Relay Test 155
- Test 2-3: DC Isolation Test 158
- High & Low 159
- Example: DC Isolation 160
- Test Record 161
- Test Equipment Used: 163
- High to Low 166
- High & Low to Chassis 166
- Replaceable Parts 167
- (Continued on next page) 174
- Chapter 4 179
- Testing the 181
- Assembly 181
- Matching Relays 182
- Maintenance 184
- Component 185
- Locators and 185
- Schematic 185
- Diagrams 185
- Test 2-2: Testing 190
- Control Relays 190
- Test 2-3: DC 192
- Isolation 192
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