Agilent Technologies E8462A Manual de usuario Pagina 128
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126 Agilent E8462A Specifications
Input Characteristics
These limits apply only if there are no connections made to power mains.
Maximum Input
NOTES:
a. Limited to 15,000 hours of voltage stress above 180V ACrms/DC (254Vpeak).
b. Replace the Crimp and Insert connector after 15,000 hours of operation of switching over
180V ACrms or 180Vdc. Refer to Chapter 1 of this manual.
c. Rating reduced to 30V ACrms, 42V ACpeak for exposed conductors.
Caution When using the Option 012 Terminal Block:
The front panel connectors on the Agilent E8462A module must
be replaced after 15,000 hours of >180Vrms voltage stress due
to the close terminal spacing and the potential for pin-to-pin
leakage if the module regularly switches voltages greater
than 180VDC, 180VACrms or 254VACpeak/transient.
Caution When using the Option 014 or Option 015 Terminal Block:
The ribbon cable header connectors on the Agilent E8462A
Option 014 or Option 015 Terminal Card must be replaced after
15,000 hours of >50Vrms voltage stress due to the close
terminal spacing and the potential for pin-to-pin leakage if the
module regularly switches voltages greater than 60VDC,
50VACrms, or 70.7 VACpeak.
DC Performance
(Typical)
Thermal offset per Channel: 1-wire = ±3V
2-wire = ±1.5V
Closed Channel Resistance, 1-wire: with output protection resistor
shorted; protection resistor adds 100.
With Option 012
Crimp & Insert
Terminal Card
With Opt. 014
Fault Tolerant
Terminal Card
With Opt. 015
Ribbon Cable Conn.
Terminal Card
Analog Bus
Maximum DC Voltage 250 V
(see notes a and b)
60 V 60 V 60 V
Max. ACrms Voltage 250 V
(see notes a and b)
50 V
(see note c)
50 V
(see note c
30 V
Max. ACpeak Voltage 353V
(see note a)
70.7 V
(see note c)
70.7 V
(see note c)
42 V
Transient Voltage 1500 V - - -
Maximum Current per Channel:
Switching:
Carry:
2A @ 30V
2A
100 mA
100 mA
100 mA
100 mA
N/A
N/A
- *E8462-90000* 1
- Contents 3
- Certification 7
- Safety Symbols 8
- WARNINGS 8
- Documentation History 8
- Trademarks 8
- Declaration of Conformity 9
- Multiplexer 13
- Optional Terminal 14
- Warnings and Cautions 16
- Setting the Logical 17
- Setting the Interrupt 18
- Priority Line 18
- Protection 18
- Resistors 18
- Connecting Field Wiring 20
- Front Panel 21
- Connector Pin-Out 21
- 1-Wire Mode 22
- 2-Wire Mode 23
- 3-Wire Mode and 4-Wire Mode 24
- Connecting the 25
- Analog Bus 25
- Option 015 Ribbon Cable 27
- Connector Terminal 27
- Attaching a Terminal 30
- Block to the Multiplexer 30
- Programming the Multiplexer 31
- CARD NUMBER 01 32
- CARD NUMBER 02 32
- CARD NUMBER 03 32
- Channel Numbers 33
- Ranges, and Lists 33
- Initial Operation 34
- Example: Reset 35
- Self Test, Module 35
- ID, and Close 35
- Using the Multiplexer 37
- Switching or Scanning 38
- Performing 39
- Measurements via 39
- 1-Wire @ Ter0 40
- 2-Wire @ Ter0 and 41
- Other Modes 42
- Using the Multiplexer 41 43
- Mode: WIRE1x2 and 44
- Mode: WIRE1x4 45
- WIRE2x4 45
- Mode: WIRE1x8 46
- WIRE2x8 46
- Scanning Channels 47
- Synchronizing the 48
- Multiplexer with a 48
- Multimeter 48
- Using the Multiplexer 51 53
- BUS trigger (GET or *TRG) to 53
- Recalling and Saving States 54
- Detecting Error Conditions 55
- Function Mode Topologies 56
- WIRE1 Mode Topology 57
- WIRE2 Mode Topology 58
- WIRE3 and WIRE4 Mode Topology 59
- WIRE1X2 Mode Topology 60
- WIRE1X4 Mode Topology 61
- WIRE1X8 Mode Topology 62
- WIRE2X2 Mode Topology 63
- WIRE2X4 Mode Topology 64
- WIRE2X8 Mode Topology 65
- WIRE4X2 Mode Topology 66
- WIRE4X4 Mode Topology 67
- 66 Using the Multiplexer 68
- Command Reference 69
- Commands 70
- Variable Command 71
- SCPI Command Reference 72
- Subsystem Syntax ABORt 73
- ARM:COUNT 74
- 74
- ARM:COUNt? 74
- Parameters 75
- Example Query Number of Scans 75
- DIAGnostic 76
- DIAGnostic:INTerrupt:TIMer 78
- DIAGnostic:INTerrupt:TIMer? 78
- DIAGnostic:SCAN:DELay 79
- DIAGnostic:SCAN:DELay? 79
- DISPlay:MONitor:CARD 80
- DISPlay:MONitor:CARD? 80
- DISPlay:MONitor[:STATe] 81
- DISPlay:MONitor[:STATe]? 82
- INITiate 83
- INITiate:CONTinuous? 84
- INITiate[:IMMediate] 84
- OUTPut:ECLTrgn[:STATe] 85
- OUTPut:ECLTrgn[:STATe]? 86
- OUTPut[:EXTernal][:STATe] 86
- OUTPut[:EXTernal][:STATe]? 87
- OUTPut:TTLTrgn[:STATe] 87
- OUTPut:TTLTrgn[:STATe]? 88
- [ROUTe:] 89
- [ROUTe:]CLOSe? 92
- [ROUTe:]FUNCtion 92
- [ROUTe:]FUNCtion? 94
- [ROUTe:]OPEN 94
- [ROUTe:]OPEN? 97
- [ROUTe:]SCAN 98
- ROUT:FUNC command 99
- [ROUTe:]SCAN:MODE 100
- [ROUTe:]SCAN:MODE? 101
- [ROUTe:]SCAN:PORT 101
- [ROUTe:]SCAN:PORT? 102
- Subsystem Syntax STATus 103
- STATus:OPERation[:EVENt]? 105
- STATus:OPERation:CONDition? 105
- STATus:OPERation:ENABle 105
- STATus:OPERation:ENABle? 105
- STATus:PRESet 106
- SYSTem:CDEScription? 107
- SYSTem:CPON 108
- SYSTem:CTYPe? 108
- SYSTem:ERRor? 109
- TEST:NUMBer? 110
- TRIGger[:IMMediate] 112
- TRIGger:SLOPe 112
- TRIGger:SLOPe? 113
- TRIGger:SOURce 113
- TRIGger:SOURce? 115
- 488.2-1987 116
- SCPI Command Quick Reference 117
- Application Examples 119
- Reset Conditions 120
- The Scanning Voltmeter 121
- Making Measurements 122
- Select range 125
- Agilent E8462A Specifications 127
- Input Characteristics 128
- AC Performance 129
- (Typical) 129
- Register-Based Programming 131
- A16 Address Space 132
- Outside the Command 132
- Inside the Command 133
- Module or Mainframe 133
- Register Descriptions 135
- Device Type 136
- Register 136
- Status/Control 136
- • Set the SYSFAIL bit to “1” 137
- • Wait 10 nanoSeconds 137
- Relay Control 138
- Registers 138
- Timer Control 140
- Program Timing and Execution 141
- Using a Multimeter 142
- Programming Example 143
- Error Handling Function 145
- Error Messages 147
- 146 Error Messages 148
- Index 147 149
- 148 Index 150
- Index 149 151
- 150 Index 152
- Index 151 153
- 152 Index 154
- Index 153 155
- 154 Index 156
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