Agilent Technologies E1326B Manual do Utilizador Página 125
- Página / 291
- Índice
- MARCADORES
Avaliado. / 5. Com base em avaliações de clientes
CONFigure
The CONFigure command subsystem configures the multimeter to perform the
specified measurement with the given range and resolution.
CONFigure does not
make the measurement after setting the configuration. Use the
INITiate command to
place the multimeter in the wait-for-trigger state and store readings in mainframe or
command module memory. Or, use the
READ? command to make the measurement
and send the readings to the output buffer when the trigger is received.
Executing
CONFigure is equivalent to configuring the multimeter with the low-level
commands shown in the following table.
Command Setting
VOLTage:RANGe
RESistance:RANGe
As specified, or autorange.
VOLTage:RESolution
RESistance:RESolution
As specified, or as a function of range, integration time,
or aperture time.
VOLTage:APERture
RESistance:APERture
16.7 ms (60 Hz) or 20 ms (50 Hz), or based on specified
resolution.
VOLTage:NPLC
RESistance:NPLC
1 PLC, or based on specified resolution.
CALibration:ZERO:AUTO ON (autozero is performed after every measurement).
RESistance:OCOMpensated OFF (applies to resistance measurements only).
TRIGger:SOURce
TRIGger:COUNt
TRIGger:DELay
IMM (trigger signal is always true).
1
AUTO (DC volts/resistance: 0 s, AC volts: 0.5 s).
SAMPle:COUNt
SAMPle:SOURce
1
IMM
Subsystem Syntax CONFigure
:FRESistance [<range>[,<resolution>]] [,<channel_list>]
:RESistance [<range>[,<resolution>]] ,<channel_list>
:TEMPerature <transducer>,<type> ,<channel_list>
:VOLTage:AC [<range> [,<resolution>]] [,<channel_list>]
:VOLTage[:DC] [<range> [,<resolution>]] [,<channel_list>]
NOTE: If range and resolution are not specified (that is, if you use the default
values), use a space rather than a comma before the channel_list parameter.
Chapter 5 Command Reference 126
- *E1326-90009* 1
- Contents 2
- WARNINGS 9
- Documentation History 9
- Safety Symbols 9
- DECLARATION OF CONFORMITY 10
- Multimeter 12
- Functional 13
- Description 13
- Electrical 13
- Physical 14
- Introduction to Operation 15
- Resetting the 16
- Making a 19
- Measurement 19
- Setting the Logical 21
- Address Switch 21
- Forming a Scanning 22
- VXIbus Interrupt 23
- Connecting the 24
- HP E1326B Adapter 24
- Installing the 25
- HP E1411B in a 25
- Mainframe 25
- Setting the Reference 26
- Frequency 26
- Querying the 26
- Reference Frequency 26
- Input Characteristics 27
- Connecting 29
- Multiplexers 29
- Analog Bus 30
- Connections at the 30
- Connecting Input Signals 31
- Connections 32
- E1460A E1346A 33
- E1345A/47A/51A/53A 33
- See Chapter 2 of the 34
- E1344A/47A/53A 35
- Carrier Cable Assemblies 36
- Additional Configurations 38
- Chapter 3 40
- About This Chapter 40
- Making a Single Measurement 41
- Scanning a Channel List 45
- Making Multiple Scans 46
- Making Multiple Paced Scans 47
- Multiple High-Speed Scans 53
- Maximizing Measurement Speed 55
- Changing the Data Format 57
- ENTER @Dmm USING 58
- ENTER when all ENTER 58
- HP 82335 HP-IB Interface Card 59
- MEM:VME:STAT ON), all 64
- Checking for Errors 65
- Additional Stand-Alone 68
- Multimeter Functions 68
- Additional Scanning 68
- Define I/O paths 70
- Subprogram Kaboom 70
- Clear and reset multimeter 72
- Clear and reset switch 72
- Send commands to multimeter 72
- Send commands to switch 72
- Get readings 72
- RESistance:OCOMpensated 76
- How to Make Measurements 77
- Making Measurements 78
- When Using CONFigure 78
- Data Formats and Destinations 79
- Destinations 80
- Example: Retrieving 83
- Data from Memory 83
- Destination = 83
- Shared Memory 83
- Destination 84
- Measurement Functions 85
- How Resistance is 86
- Measured 86
- Two-Wire vs. Four-Wire 86
- Thermocouple 88
- Specifying a 89
- Function 89
- Multimeter Parameters 90
- Autorange Setting 94
- 1.084540E+001 94
- Resolution 95
- Aperture and 96
- Integration Time 96
- Setting the Aperture 97
- Querying the Aperture 97
- Querying the Autozero 98
- Compensation 99
- Triggering the Multimeter 100
- Querying the Trigger 102
- Example: Setting a 106
- Trigger Delay 106
- Example: Setting 107
- Sample Count 107
- Querying the Sample 107
- Wait-For-Trigger 110
- Example: 111
- Measurements with a 111
- Single Trigger 111
- How to Save and 113
- Recall a 113
- Configuration 113
- Example: Saving and 114
- Recalling a 114
- Reference 116
- Abbreviated 117
- Commands 117
- SCPI Command Reference 120
- Subsystem Syntax ABORt 121
- Comments • 121
- CALibration 122
- :ZERO:AUTO 123
- :ZERO:AUTO? 123
- Querying the Autozero Mode 124
- CONFigure 125
- :FRESistance 126
- :RESistance 127
- :TEMPerature 128
- :VOLTage:AC 129
- :VOLTage[:DC] 131
- CONFigure? 133
- DIAGnostic 134
- :MONitor:CHANnel 135
- :MONitor:CHANnel? 136
- :MONitor[:STATe] 136
- :MONitor[:STATe]? 137
- Subsystem Syntax FETCh? 138
- Subsystem Syntax FORMat 139
- Parameters 139
- Comments 139
- REAL,+32 REAL 32 format 140
- REAL,+64 REAL 64 format 140
- INITiate 141
- Subsystem Syntax MEASure 142
- :FRESistance? 143
- :RESistance? 144
- :TEMPerature? 145
- :VOLTage:AC? 146
- :VOLTage[:DC]? 147
- :VME:ADDRess 149
- :VME:ADDRess? 149
- :VME:SIZE 150
- :VME:SIZE? 150
- :VME:STATe 151
- :VME:STATe? 151
- :TTLTrgn[:STATe] 152
- :TTLTrgn[:STATe]? 153
- Subsystem Syntax READ? 154
- Subsystem Syntax SAMPle 156
- :SOURce? 158
- [SENSe:] 160
- FUNCtion 161
- FUNCtion? 161
- RESistance:APERture 162
- RESistance:APERture? 163
- RESistance:NPLC 163
- RESistance: OCOMpensated? 164
- RESistance:RANGe 165
- RESistance:RANGe? 166
- RESistance:RANGe :AUTO 166
- RESistance:RANGe:AUTO? 167
- RESistance:RESolution 167
- RESistance:RESolution? 168
- VOLTage:AC:RANGe 168
- Example Changing the Range 169
- VOLTage:APERture 170
- VOLTage:APERture? 170
- VOLTage[:DC]:RANGe 171
- VOLTage[:DC]:RANGe? 172
- VOLTage:NPLC 172
- VOLTage:NPLC? 173
- VOLTage:RANGe:AUTO 173
- VOLTage:RANGe:AUTO? 174
- VOLTage:RESolution 174
- VOLTage:RESolution? 175
- :CDEScription? 176
- Subsystem Syntax TRIGger 178
- :DELay:AUTO? 181
- :DELay:AUTO 181
- [:IMMediate] 182
- Querying the Trigger Source 184
- Synchronization 185
- Command Quick Reference 186
- Select range 187
- Specifications 188
- DC Voltage 189
- (volts) 190
- For Offset 191
- µV 30 µV 61 µV 193
- Messages 196
- Code Message Cause 197
- HP E1326B/E1411B Multimeter 198
- Register-Based Programming 198
- Accessing the 201
- Registers 201
- Register Descriptions 202
- The Command and 203
- Parameter Registers 203
- – ID Register (base + 00 204
- – Status Register (base + 04 204
- – Data Buffer (base + 0C 204
- The Device Type 205
- Register 205
- The Query 206
- Response Register 206
- Four-Byte Reading 207
- Two-Byte Reading 207
- Converting Four-Byte 208
- Program Timing and Execution 209
- Configuring the 210
- Retrieving 212
- Measurements 212
- – Command Register (base + 08 213
- Comments 214
- • The registers used are: 214
- Using a Multiplexer 215
- Register Triggering 216
- Triggering Model 217
- Programming Examples 219
- HP BASIC/WS 220
- C Version 221
- HP BASIC/WS Version 222
- HP BASIC/WS Version 233
- Continued on Next Page 234
- == 0x91) 238
- Useful Tables 261
- Register-Based 263
- Programming Error 263
- Power-On Settings 264
- Function and 265
- Aperture Change 265
- Bit Decimal 266
- Interrupt 266
- Appendix D 268
- Decrease Aperture 274
- Temperature 275
- Reserves room for 1000 four 276
Manuais e produtos relacionados com Multímetros Agilent Technologies E1326B
Multímetros Agilent Technologies 346B Especificações
(65 páginas)
(65 páginas)
© 2020, manymanuals-pt.com. Todos os direitos reservados. | 0.058 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comentários a estes Manuais