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HP E1413C Manual

HP E1413C Manual (428 pages)

High Speed A/D Module

Brand: HP | Category: Media Converter | Size: 7.86 MB

Table of Contents

Table of Contents

2
- Warranty
  10
- Safety Symbols
  11
- Warnings
  11
- Declaration of Conformity
  12
- Declaration of Conformity
  13
- Reader Comment Sheet
  14
Chapter 1 Getting Started

16
Chapter 2 Field Wiring

34
Chapter 3 Using the Hp E1313/E1413

66
Chapter 4 Understanding the Hp E1313/E1413

102
- Advanced FIFO Data Retrieval
  102
  - General Form of the FIFO Data Retrieval Section
    104
  - Choosing the Data Retrieval Method
    105
- Controlling Data Conversion and Destination
  109
- Understanding Scanning Modes
  110
- Triggering and Scanning Modes
  112
  - Continuous (Free-Run) Mode
    112
  - Timer Paced Scans
    113
  - Sequenced Scan Lists
    114
  - Externally Paced Scans
    115
- Synchronizing Multiple Cards
  116
  - Continuous (Free-Run) Mode
    116
  - Internal Timer Based Scans
    117
  - Timer Based Scans at Different Rates
    119
- Using Automatic Scan List Sequencing (List-Of-Lists)
  121
  - A Simple Example
    121
  - Programming Four Different Rates
    122
  - Setting the Absolute Scan Rate
    122
- Using the Status System
  123
- Updating the Status System and Vxibus Interrupts
  130
- HP E1313/E1413 Background Operation
  131
- Averaging Readings
  132
- Limit Testing
  134
  - Checking Results
    134
- Custom EU Conversion Tables
  137
- Compensating for System Offsets
  139
  - Special Considerations
    141
- Detecting Open Transducers
  142
- Thermocouple Reference Compensation
  143
- More on Autoranging
  145
- Reducing Settling Waits
  145
  - Background
    145
  - Checking for Problems
    146
  - Fixing the Problem
    146
Chapter 5 Hp E1313/E1413 Command Reference

150
- Chapter 5 HP E1313/E1413 Command Reference
  150
- Overall Command Index
  150
- Command Fundamentals
  154
- SCPI Command Reference
  159
- Abort
  160
- SCPI Commands
  160
- Arm
  161
  - Arm[:Immediate]
    162
- Arm:immediate
  162
  - Arm:source
    162
- Arm:source <Source
  162
  - Arm:source
    163
- Calculate
  164
  - Calculate:average:count
    165
- Calculate:average:count <N_Readings
  165
  - Calculate:average[:State]
    166
- Calculate:average[:State] <Enable
  166
- Calculate:limit:fail[:Cumulative]? (@<Channel>)
  169
  - Calculate:limit:fail:current
    170
  - Calculate:limit:lower:data
    170
- Calculate:limit:fail:current? (@<Channel>)
  170
- Calculate:limit:lower:data <Lower_Limit>,(@<Ch_List>)
  170
  - Calculate:limit:lower:data
    171
  - Calculate:limit:lower[:State]
    171
- Calculate:limit:lower:data? (@<Channel>)
  171
- Calculate:limit:lower[:State] <Enable>,(@<Ch_List>)
  171
  - Calculate:limit:lower[:State]
    172
  - Calculate:limit[:State]
    172
- Calculate:limit:lower[:State]? (@<Channel>)
  172
- Calculate:limit[:State] <Enable>,(@<Ch_List>)
  172
  - Calculate:limit:upper:data
    173
  - Calculate:limit[:State]
    173
- Calculate:limit:upper:data <Upper_Limit>,(@<Ch_List>)
  173
  - Calculate:limit:upper:data
    174
  - Calculate:limit:upper[:State]
    174
- Calculate:limit[:State]? (@<Channel>)
  173
- Calculate:limit:upper:data? (@<Channel>)
  174
- Calculate:limit:upper[:State] <Enable>,(@<Ch_List>)
  174
  - Calculate:limit:upper[:State]
    175
- Calculate:limit:upper[:State]? (@<Channel>)
  175
- Calibration
  176
  - Calibration:configure:resistance
    178
  - Calibration:configure:voltage
    178
- Calibration:configure:voltage <Range
  178
  - Calibration:setup
    180
  - Calibration:store
    181
- Calibration:store <Type
  181
  - Calibration:tare
    182
- Calibration:tare (@<Ch_List>)
  182
  - Calibration:tare
    184
  - Calibration:tare:reset
    185
  - Calibration:value:resistance
    185
- Calibration:value:resistance <Ref_Ohms
  185
  - Calibration:value:voltage
    186
- Calibration:value:voltage <Ref_Volts
  186
  - Calibration:zero
    187
- Diagnostic
  188
  - Diagnostic:calibration:tare[:Otdetect][:Mode]
    189
- Diagnostic:calibration:tare[:Otdetect][:Mode] <Mode
  189
  - Diagnostic:checksum
    190
  - Diagnostic:command:scpwrite
    190
- Diagnostic:command:scpwrite <Reg_Addr>,<Reg_Data
  190
  - Diagnostic:custom:linear
    191
- Diagnostic:custom:linear <Table_Range>,<Table_Block>,(@<Ch_List>)
  191
  - Diagnostic:custom:piecewise
    192
- Diagnostic:custom:piecewise <Table_Range>,<Table_Block>,(@<Ch_List>)
  192
  - Diagnostic:custom:reference:temperature
    193
  - Diagnostic:floor[:Configure]
    193
- Diagnostic:floor[:Configure] <Range>,(@<Ch_List>)
  193
  - Diagnostic:floor:dump
    194
  - Diagnostic:interrupt[:Line]
    194
- Diagnostic:interrupt[:Line] <Intr_Line
  194
  - Diagnostic:interrupt[:Line]
    195
  - Diagnostic:otdetect[:State]
    195
- Diagnostic:otdetect[:State] <Enable>,(@<Ch_List>)
  195
  - Diagnostic:otdetect[:State]
    196
  - Diagnostic:query:scpread
    196
- Diagnostic:otdetect[:State]? (@<Channel>)
  196
- Diagnostic:query:scpread? <Reg_Addr
  196
  - Diagnostic:version
    197
- Fetch
  198
- Format
  200
  - Format[:Data]
    200
- Format[:Data] <Format>[,<Size>]
  200
  - Format[:Data]
    202
- Initiate
  203
  - Initiate:continuous
    203
- Initiate:continuous <Enable
  203
  - Initiate[:Immediate]
    204
- Input
  205
  - Input:filter[:Lpass]:Frequency
    205
- Input:filter[:Lpass]:Frequency <Cutoff_Freq>,(@<Ch_List>)
  205
  - Input:filter[:Lpass]:Frequency
    206
- Input:filter[:Lpass]:Frequency? (@<Channel>)
  206
  - Input:filter[:Lpass][:State]
    207
- Input:filter[:Lpass][:State] <Enable>,(@<Ch_List>)
  207
- Input:filter[:Lpass][:State]? (@<Channel>)
  207
  - Input:gain
    208
- Input:gain <Chan_Gain>,(@<Ch_List>)
  208
- Input:gain? (@<Channel>)
  208
  - Input:low
    209
- Input:low <Wvolt_Type>,(@<Ch_List>)
  209
- Input:low? (@<Channel>)
  209
- Memory
  210
  - Memory:vme:address
    211
- Memory:vme:address <A24_Address
  211
  - Memory:vme:size
    212
- Memory:vme:size <Memory_Size
  212
  - Memory:vme:state
    213
- Memory:vme:state <Enable
  213
- Output
  214
  - Output:current:amplitude
    214
- Output:current:amplitude <Amplitude>,(@<Ch_List>)
  214
  - Output:current:amplitude
    215
- Output:current:amplitude? (@<Channel>)
  215
  - Output:current[:State]
    216
- Output:current[:State] <Enable>,(@<Ch_List>)
  216
- Output:current[:State]? (@<Channel>)
  216
  - Output:shunt[:State]
    217
- Output:shunt[:State] <Enable>,(@<Ch_List>)
  217
- Output:shunt[:State]? (@<Channel>)
  217
  - Output:ttltrg:source
    218
- Output:ttltrg:source <Trig_Source
  218
  - Output:ttltrg:source
    219
  - Output:ttltrg<N>[:State]
    219
- Output:ttltrg<N>[:State] <Ttltrg_Cntrl
  219
  - Output:voltage:amplitude
    220
- Output:voltage:amplitude <Amplitude>,(@<Ch_List>)
  220
- Output:voltage:amplitude? (@<Channel>)
  220
- Route
  221
  - Route:scan
    221
- Route:scan <Scan_List
  221
  - Route:sequence:define
    223
- Route:sequence:define <Scan_List>,(@<Ch_List>)
  223
  - Route:sequence:define
    225
- Route:sequence:define? <Scan_List>,<Mode
  225
  - Route:sequence:points
    226
- Route:sequence:points? <Scan_List
  226
- Sample
  227
  - Sample:timer
    227
- Sample:timer <Scan_List>,<Interval
  227
  - Sample:timer
    228
- Sample:timer? <Scan_List
  228
- [Sense:]
  229
  - [Sense:]Data:cvtable
    230
- [Sense:]Data:cvtable? (@<Ch_List>)
  230
  - [Sense:]Data:cvtable:reset
    231
  - [Sense:]Data:fifo[:All]
    231
  - [Sense:]Data:fifo:count
    232
  - [Sense:]Data:fifo:count:half
    232
  - [Sense:]Data:fifo:half
    233
  - [Sense:]Data:fifo:mode
    234
- [Sense:]Data:fifo:mode <Mode
  234
  - [Sense:]Data:fifo:part
    235
- [Sense:]Data:fifo:part? <N_Readings
  235
  - [Sense:]Data:fifo:reset
    236
  - [Sense:]Filter[:Lpass][:State]
    236
- [Sense:]Filter[:Lpass][:State] <Enable
  236
  - [Sense:]Filter[:Lpass][:State]
    237
  - [Sense:]Function:custom
    237
- [Sense:]Function:custom [<Range>,](@<Ch_List>)
  237
  - [Sense:]Function:custom:reference
    238
- [Sense:]Function:custom:reference [<Range>,](@<Ch_List>)
  238
  - [Sense:]Function:custom:tcouple
    239
- [Sense:]Function:custom:tcouple <Type>,[<Range>,](@<Ch_List>)
  239
  - [Sense:]Function:resistance
    241
- [Sense:]Function:resistance <Excite_Current>,[<Range>,] @<Ch_List>)
  241
  - [Sense:]Function:strain:fbending
    242
- [Sense:]Function:strain:fbending [<Range>,](@<Ch_List>)
  242
- [Sense:]Function:strain:fbpoisson [<Range>,](@<Ch_List>)
  242
- [Sense:]Function:strain:fpoisson [<Range>,](@<Ch_List>)
  242
- [Sense:]Function:strain:hbending [<Range>,](@<Ch_List>)
  242
- [Sense:]Function:strain:hpoisson [<Range>,](@<Ch_List>)
  242
- [Sense:]Function:strain[:Quarter] [<Range>,](@<Ch_List>)
  242
  - [Sense:]Function:temperature
    244
- [Sense:]Function:temperature <Sensor_Type>,<Sub_Type>,[<Range>,](@<Ch_List>)
  244
  - [Sense:]Function:voltage[:DC]
    246
- [Sense:]Function:voltage[:DC] [<Range>,](@<Ch_List>)
  246
  - [Sense:]Reference
    247
- [Sense:]Reference <Sensor_Type>,[<Sub_Type>,][<Range>,](@<Ch_List>)
  247
  - [Sense:]Reference:temperature
    248
- [Sense:]Reference:temperature <Degrees_C
  248
  - [Sense:]Strain:excitation
    249
- [Sense:]Strain:excitation <Excite_V>,(@<Ch_List>)
  249
- [Sense:]Strain:excitation? (@<Channel>)
  249
  - [Sense:]Strain:gfactor
    250
- [Sense:]Strain:gfactor <Gage_Factor>,(@<Ch_List>)
  250
- [Sense:]Strain:gfactor? (@<Channel>)
  250
  - [Sense:]Strain:poisson
    251
- [Sense:]Strain:poisson <Poisson_Ratio>,(@<Ch_List>)
  251
- [Sense:]Strain:poisson? (@<Channel>)
  251
  - [Sense:]Strain:unstrained
    252
- [Sense:]Strain:unstrained <Unstrained_V>,(@<Ch_List>)
  252
- [Sense:]Strain:unstrained? (@<Channel>)
  252
- Status
  253
  - Status:operation:condition
    255
  - Status:operation:enable
    256
- Status:operation:enable <Enable_Mask
  256
  - Status:operation:ntransition
    257
  - Status:operation[:Event]
    257
- Status:operation:ntransition <Transition_Mask
  257
  - Status:operation:ntransition
    258
  - Status:operation:ptransition
    258
  - Status:operation:ptransition <Transition_Mask
    258
  - Status:operation:ptransition
    259
  - Status:preset
    259
  - Status:questionable:condition
    260
  - Status:questionable:enable
    261
  - Status:questionable:enable <Enable_Mask
    261
  - Status:questionable:ntransition
    262
  - Status:questionable:ntransition <Transition_Mask
    262
  - Status:questionable[:Event]
    262
  - Status:questionable:ntransition
    263
  - Status:questionable:ptransition
    263
  - Status:questionable:ptransition <Transition_Mask
    263
  - Status:questionable:ptransition
    264
- System
  265
  - System:ctype
    265
  - System:ctype? (@<Channel>)
    265
  - System:error
    265
  - System:version
    266
- Trigger
  267
  - Trigger:count
    269
  - Trigger:count <Count
    269
  - Trigger:source
    270
  - Trigger:source <Source
    270
  - Trigger[:Immediate]
    270
  - Trigger:source
    271
  - Trigger:timer:mode
    271
  - Trigger:timer:mode <Mode
    271
  - Trigger:timer:mode
    273
  - Trigger:timer[:Period]
    274
  - Trigger:timer[:Period] <Trig_Interval
    274
  - Trigger:timer[:Period]
    275
- Common Command Reference
  276
  - Cal
    276
  - Cls
    277
  - DMC <Name>,<Cmd_Data
    277
  - Emc
    277
- EMC <Enable
  277
  - Ese
    278
  - ESE <Mask
    278
  - Esr
    278
  - GMC? <Name
    278
  - Idn
    278
  - Lmc
    279
  - Opc
    279
  - Pmc
    280
  - RMC <Name
    280
  - Rst
    280
  - Sre
    281
  - SRE <Mask
    281
  - Stb
    281
  - Trg
    281
  - Tst
    282
  - Wai
    284
- Command Quick Reference
  285
- Chapter 6. Signal Conditioning Plug-On Manuals
  
  292
- Appendix A Specifications
  
  294
- Appendix B. Error Messages
  
  324
- Appendix C Glossary
  
  332
Appendix D Register-Based Programming

334
- Appendix D. Register-Based Programming
  
  334
  - About this Appendix
    336
  - This Appendix Contains the Information You Need for Register-Based
    336
  - Table of Registers
    336
    
    Register Addressing
    337
    
    ID Register Base + 00 16
    339
    
    Required VXI Registers
    339
    
    Device Type Register Base + 02
    340
    
    VXI Status Register Base + 04
    340
    
    VXI Control Register Base + 04
    341
    
    Offset Register Base + 06
    342
    
    Query Response Register Base + 08 16
    342
    
    16 -0E 16
    343
    
    Scan Status and Control Register Base
    343
    
    Card Control Register Base + 12
    346
    
    Interrupt Configuration Register Base
    348
    
    Interrupt Status Register Base
    348
    
    Common Capabilities Register Base + 1A 16
    350
    
    Description Register Base + 1C 16
    351
    
    Subclass Register Base + 1E 16
    352
    
    FIFO Status Register Base + 24
    353
    
    FIFO Reading Count Register Base + 2A 16
    354
    
    Software Trigger/Arm Register Base + 26
    354
    
    Trigger Timer Register Base + 2C 16
    354
    
    Trigger Mode Register Base + 2E 16
    355
  - Register-Based Command Reference
    357
    
    Avgrdgs
    359
    
    Errflags
    359
    
    System Commands
    359
    
    Filter
    360
    
    Low_Limit
    360
    
    No_Limit
    360
    
    Null
    360
    
    Revcode
    360
    
    Up_Limit
    360
    
    Scbread
    361
    
    Scbwrite
    361
    
    Calibration Commands
    364
    
    Adgain
    365
    
    Adzero
    365
    
    Cardcal
    365
    
    Cardcal
    366
    
    Readtemp
    366
    
    Reftemp
    366
    
    Rescal
    366
    
    Resist
    366
    
    Source
    367
    
    Spanhi
    367
    
    Spanlo
    367
    
    Storecal
    367
    
    Storetar
    367
    
    Tareappend
    367
    
    Advraten
    368
    
    Scan List Commands
    368
    
    Tarecal
    368
    
    Tarenull
    368
    
    Unhook
    368
    
    Advratel
    369
    
    Appendl
    369
    
    Appendn
    369
    
    Assign
    370
    
    CVT Commands
    373
    
    Cvtinit
    373
    
    Newl
    373
    
    Newn
    373
    
    Scpchar
    373
    
    Scpgains
    373
    
    Arm
    374
    
    Average
    374
    
    Debugging Commands
    374
    
    Scptrigen
    374
    
    Trigcount
    374
    
    Trigger System Commands
    374
    
    Dspeek
    375
    
    Dspoke
    375
    
    Pspeek
    375
    
    Register-Based Programming Fundamentals
    376
    
    Programming Sequence
    383
    
    Reset Module to Default State
    383
    
    Programming Module after Reset Sequence
    384
- Appendix E. Using HP VEE with the HP E1313/E1413
  
  386
  - General
    386
  - How to Use HP VEE with the HP E1313/E1413
    386
    
    Using HP VEE with Direct VXI Backplane Access
    392
    
    Using HP VEE for 100 K Sample Speed
    394
    
    Using HP VEE with a Command Module
    395
    
    Measurement Speeds in HP VEE
    396
- Appendix F. Wiring and Noise Reduction Methods
  
  402
  - Recommended Wiring and Noise Reduction Techniques
    402
    
    Wiring Checklist
    402
    
    Common Mode Voltage Limits
    403
    
    HP E1313/E1413 Guard Connections
    403
    
    When to Make Shield Connections
    403
  - Noise Due to Inadequate Card Grounding
    403
  - HP E1313/E1413 Noise Rejection
    403
    
    Common Mode Noise (Ecm)
    404
    
    Keeping Common Mode Noise out of the Amplifier
    404
    
    Normal Mode Noise (Enm)
    404
    
    Reducing Common Mode Rejection Using Tri-Filar Transformers
    405
  - Index
    408

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