User Manuals: HP E1419A Measurement Module

User Manuals: HP E1419A Measurement Module

Manuals and User Guides for HP E1419A Measurement Module. We have 1 HP E1419A Measurement Module manual available for free PDF download: User Manual

HP E1419A User Manual

HP E1419A User Manual (402 pages)

Measurement and Control Module

Brand: HP | Category: Control Unit | Size: 8 MB

Table of Contents

Table of Contents

2
- Warranty
  10
- Safety Symbols
  11
- Declaration of Conformity
  12
Chapter 1 Getting Started

14
Chapter 2 Field Wiring

24
Plus Multifunction

48
- Chapter 3. Programming the HP E1419A Multifunction Plus
  
  48
Chapter 4 The Algorithm Language and Environment

110
- About this Chapter
  110
- Overview of the Algorithm Language
  111
- Example Language Usage
  112
- How Your Algorithms Fit in
  113
- The Algorithm Execution Environment
  113
- The Main Function
  113
- Accessing the E1419A's Resources
  114
- Accessing the HP E1419A's Resources
  114
- Accessing I/O Channels
  115
- Defining and Accessing Global Variables
  116
- Determining First Execution
  116
- Determining First Execution (First_Loop)
  116
- Initializing Variables
  117
- Sending Data to the CVT and FIFO
  117
- Setting a Vxibus Interrupt
  118
- Calling User Defined Functions
  119
- Operating Sequence
  119
- Overall Sequence
  119
- Algorithm Execution Order
  121
- Defining Algorithms (ALG:DEF)
  121
- ALG:DEFINE in the Programming Sequence
  122
- Alg:define's Two Data Formats
  122
- Changing an Algorithm While It's Running
  123
- A very Simple First Algorithm
  125
- Running the Algorithm
  125
- Writing the Algorithm
  125
- Data Acquisition Algorithm
  126
- Non Control Algorithms
  126
- Non-Control Algorithms
  126
- Process Monitoring Algorithm
  126
- Algorithm Language Reference
  127
- Identifiers
  127
- Special HP E1419A Reserved Keywords
  127
- Standard Reserved Keywords
  127
- Operators
  128
- Special Identifiers for Channels
  128
- Intrinsic Functions and Statements
  129
- Program Flow Control
  129
- Data Types
  130
- Data Structures
  131
- Type Float as Integer
  132
- Using Type Float in Integer Situations
  132
- Language Syntax Summary
  134
- Assigning Values
  139
- Declaring Variables
  139
- Program Structure and Syntax
  139
- Conditional Execution
  140
- The Operations Symbols
  140
- Comment Lines
  142
- Overall Program Structure
  143
- Chapter 5. HP VEE Programming Examples
  
  144
  - About this Chapter
    144
  - Wiring Connections and File Locations for the Examples
    148
  - Example File Location
    148
  - Installing Example Files
    148
  - Virtual Front Panel Program
    149
  - Calibration
    152
  - Function Test
    153
  - Programming Model Example
    154
  - Error Checking
    157
  - Configuration Display
    158
  - Engineering Unit Conversion
    159
  - Custom Function Generation
    161
  - Custom Eu/Function Example
    163
  - Curve Fitting and EU Generation
    165
  - Interrupt Handling
    166
  - Simple Data Logger Example
    168
  - Modification of Variables and Arrays
    171
  - Algorithm Modification
    173
  - Driver Download
    175
  - Firmware-Update Download
    176
Chapter 6 Hp E1419 Command Reference

178
- Overall Command Index
  178
- Using this Chapter
  178
- Command Fundamentals
  183
- Common Command Format
  183
- SCPI Command Format
  183
- Linking Commands
  186
- C-SCPI Data Types
  188
- SCPI Command Reference
  189
- Abort
  190
- Algorithm
  191
- Algorithm[:Explicit]:Array
  192
- Algorithm[:Explicit]:Array <Alg_Name>,<Array_Name>,<Block_Data
  192
- Algorithm[:Explicit]:Array
  193
- Algorithm[:Explicit]:Array? <Alg_Name>,<Array_Name
  193
- Algorithm[:Explicit]:Define
  193
- Algorithm[:Explicit]:Define <Alg_Name>,[<Swap_Enable>,<Size>,]<Source_Code
  193
- Algorithm[:Explicit]:Scalar
  197
- Algorithm[:Explicit]:Scalar <Alg_Name>,<Var_Name>,<Value
  197
- Algorithm[:Explicit]:Scalar
  198
- Algorithm[:Explicit]:Scalar? <Alg_Name>,<Var_Name
  198
- Algorithm[:Explicit]:Scan:ratio
  198
- Algorithm[:Explicit]:Scan:ratio <Alg_Name>,<Value
  198
- Algorithm[:Explicit]:Scan:ratio
  199
- Algorithm[:Explicit]:Scan:ratio? <Alg_Name
  199
- Algorithm[:Explicit]:Size
  200
- Algorithm[:Explicit]:Size? <Alg_Name
  200
- Algorithm[:Explicit][:State]
  200
- Algorithm[:Explicit][:State] <Alg_Name>,1 | 0 | on | off
  200
- Algorithm[:Explicit][:State]
  201
- Algorithm[:Explicit][:State]? <Alg_Name
  201
- Algorithm:function:define
  202
- Algorithm:function:define <Func_Name>,<Range>,<Offset>,<Func_Data
  202
- Algorithm[:Explicit]:Time
  202
- Algorithm[:Explicit]:Time? <Alg_Name
  202
- Algorithm:output:delay
  204
- Algorithm:output:delay <Delay> | AUTO
  204
- Algorithm:output:delay
  205
- Algorithm:update[:Immediate]
  205
- Algorithm:update:channel
  206
- Algorithm:update:channel (@<Channel>)
  206
- Algorithm:update:window
  207
- Algorithm:update:window <Num_Updates
  207
- Algorithm:update:window
  208
- Arm
  209
- Arm:source
  210
- Arm:source BUS | EXT | HOLD | IMM | SCP | Ttltrg<N
  210
- Arm[:Immediate]
  210
- Arm:source
  211
- Calibration
  212
- Calibration:configure:resistance
  213
- Calibration:configure:voltage <Range
  213
- Calibration:configure:voltage
  214
- Calibration:setup
  215
- Calibration:store
  216
- Calibration:store ADC | TARE
  216
- Calibration:tare
  217
- Calibration:tare (@<Ch_List>)
  217
- Calibration:tare
  219
- Calibration:tare:reset
  219
- Calibration:value:resistance
  220
- Calibration:value:resistance <Ref_Ohms
  220
- Calibration:value:voltage
  220
- Calibration:value:voltage <Ref_Volts
  220
- Calibration:zero
  221
- Diagnostic
  223
- Diagnostic:calibration:setup[:Mode] 0
  223
- Diagnostic:calibration:setup[:Mode]
  224
- Diagnostic:calibration:tare[:Otdetect]:Mode
  225
- Diagnostic:calibration:tare[:Otdetect][:Mode]
  225
- Diagnostic:calibration:tare[:Otdetect][:Mode] 0 | 1
  225
- Diagnostic:checksum
  226
- Diagnostic:custom:linear
  226
- Diagnostic:custom:linear <Table_Range>,<Table_Block>,(@<Ch_List>)
  226
- Diagnostic:custom:piecewise
  227
- Diagnostic:custom:piecewise <Table_Range>,<Table_Block>,(@<Ch_List>)
  227
- Diagnostic:custom:reference:temperature
  227
- Diagnostic:ieee
  228
- Diagnostic:ieee 0 | 1
  228
- Diagnostic:interrupt[:Line]
  229
- Diagnostic:interrupt[:Line] <Int_Line
  229
- Diagnostic:otdetect[:State]
  229
- Diagnostic:otdetect[:State] 1 | 0 | on | OFF,(@<Ch_List>)
  229
- Diagnostic:otdetect[:State]
  230
- Diagnostic:otdetect[:State]? (@<Channel>)
  230
- Diagnostic:query:scpread
  231
- Diagnostic:query:scpread? <Reg_Addr
  231
- Diagnostic:version
  231
- Fetch
  232
- Format
  234
- Format[:Data]
  234
- Format[:Data] <Format>[,<Size>]
  234
- Format[:Data]
  235
- Initiate
  237
- Initiate[:Immediate]
  237
- Input
  238
- Input:debounce:time
  238
- Input:debounce:time <Time>,(@<Ch_List>)
  238
- Input:polarity Normal | Inverted,(@<Ch_List>)
  238
- Input:filter[:Lpass]:Frequency
  239
- Input:filter[:Lpass]:Frequency <Cutoff_Freq>,(@<Ch_List>)
  239
- Input:filter[:Lpass]:Frequency
  240
- Input:filter[:Lpass]:Frequency? (@<Channel>)
  240
- Input:filter[:Lpass][:State]
  241
- Input:filter[:Lpass][:State] 1 | 0 | on | OFF,(@<Ch_List>)
  241
- Input:filter[:Lpass][:State]? (@<Channel>)
  241
- Input:gain
  242
- Input:gain <Chan_Gain>,(@<Ch_List>)
  242
- Input:gain
  243
- Input:gain? (@<Channel>)
  243
- Input:low
  243
- Input:low <Wvolt_Type>,(@<Ch_List>)
  243
- Input:low
  244
- Input:low? (@<Channel>)
  244
- Input:polarity
  244
- Input:polarity? (@<Channel>)
  244
- Input:threshold:level
  245
- Input:threshold:level? (@<Channel>)
  245
- Memory
  246
- Memory:vme:address
  247
- Memory:vme:address <A24_Address
  247
- Memory:vme:size
  247
- Memory:vme:size <Mem_Size
  247
- Memory:vme:size
  248
- Memory:vme:state
  248
- Memory:vme:state 1 | 0 | on | off
  248
- Memory:vme:state
  249
- Output
  250
- Output:current:amplitude
  250
- Output:current:amplitude <Amplitude>,(@<Ch_List>)
  250
- Output:polarity Normal | Inverted,(@<Ch_List>)
  250
- Output:shunt 1 | 0,(@<Ch_List>)
  250
- Output:current:amplitude
  251
- Output:current:amplitude? (@<Channel>)
  251
- Output:current[:State]
  252
- Output:current[:State] 1 | 0 | on | OFF,(@<Ch_List>)
  252
- Output:current[:State]? (@<Channel>)
  252
- Output:polarity
  253
- Output:polarity? (@<Channel>)
  253
- Output:shunt
  254
- Output:shunt? (@<Channel>)
  254
- Output:ttltrg:source
  255
- Output:ttltrg:source Algorithm | Ftrigger | Scplugon | Trigger
  255
- Output:ttltrg<N>[:State]
  256
- Output:ttltrg<N>[:State] 1 | 0 | on | off
  256
- Output:type
  256
- Output:type Passive | Active,(@<Ch_List>)
  256
- Output:type
  257
- Output:type? (@<Channel>)
  257
- Output:voltage:amplitude
  257
- Output:voltage:amplitude <Amplitude>,(@<Ch_List>)
  257
- Output:voltage:amplitude
  258
- Output:voltage:amplitude? (@<Channel>)
  258
- Route
  259
- Route:sequence:define
  259
- Route:sequence:define? AIN | AOUT | DIN | DOUT
  259
- Route:sequence:points
  260
- Route:sequence:points? AIN | AOUT | DIN | DOUT
  260
- Sample
  261
- Sample:timer
  261
- Sample:timer <Interval
  261
- [Sense:]Channel:settling <Settle_Time>,(@<Ch_List>)
  263
- [Sense]
  263
- [Sense:]Channel:settling
  264
- [Sense:]Channel:settling
  265
- [Sense:]Channel:settling? (@<Channel>)
  265
- [Sense:]Data:cvtable
  265
- [Sense:]Data:cvtable? (@<Element_List>)
  265
- [Sense:]Data:cvtable:reset
  266
- [Sense:]Data:fifo:count
  267
- [Sense:]Data:fifo[:All]
  267
- [Sense:]Data:fifo:count:half
  268
- [Sense:]Data:fifo:half
  268
- [Sense:]Data:fifo:mode
  269
- [Sense:]Data:fifo:mode Block | Overwrite
  269
- [Sense:]Data:fifo:mode
  270
- [Sense:]Data:fifo:part
  270
- [Sense:]Data:fifo:part? <N_Readings
  270
- [Sense:]Data:fifo:reset
  271
- [Sense:]Frequency:aperture
  271
- [Sense:]Frequency:aperture <Gate_Time>,(@<Ch_List>)
  271
- [Sense:]Frequency:aperture
  272
- [Sense:]Frequency:aperture? (@<Channel>)
  272
- [Sense:]Function:condition
  272
- [Sense:]Function:condition (@<Ch_List>)
  272
- [Sense:]Function:custom
  273
- [Sense:]Function:custom [<Range>,](@<Ch_List>)
  273
- [Sense:]Function:custom:reference
  274
- [Sense:]Function:custom:reference [<Range>,](@<Ch_List>)
  274
- [Sense:]Function:custom:tcouple
  275
- [Sense:]Function:custom:tcouple <Type>,[<Range>,](@<Ch_List>)
  275
- [Sense:]Function:frequency
  276
- [Sense:]Function:frequency (@<Ch_List>)
  276
- [Sense:]Function:resistance
  276
- [Sense:]Function:resistance <Excite_Current>,[<Range>,] @<Ch_List>)
  276
- [Sense:]Function:strain
  278
- [Sense:]Function:strain:fbending [<Range>,](@<Ch_List>)
  278
- [Sense:]Function:strain:fbpoisson [<Range>,](@<Ch_List>)
  278
- [Sense:]Function:strain:fpoisson [<Range>,](@<Ch_List>)
  278
- [Sense:]Function:strain:hbending [<Range>,](@<Ch_List>)
  278
- [Sense:]Function:strain:hpoisson [<Range>,](@<Ch_List>)
  278
- [Sense:]Function:strain[:Quarter] [<Range>,](@<Ch_List>)
  278
- [Sense:]Function:temperature
  279
- [Sense:]Function:temperature <Sensor_Type>,<Sub_Type>,[<Range>,] (@<Ch_List>)
  279
- [Sense:]Function:totalize
  281
- [Sense:]Function:totalize (@<Ch_List>)
  281
- [Sense:]Function:voltage[:DC]
  281
- [Sense:]Function:voltage[:DC] [<Range>,](@<Ch_List>)
  281
- [Sense:]Reference
  282
- [Sense:]Reference <Sensor_Type>,[<Sub_Type>,][<Range>,] (@<Ch_List>)
  282
- [Sense:]Reference:channels
  284
- [Sense:]Reference:channels (@<Ref_Channel>),(@<Tc_Channels>)
  284
- [Sense:]Reference:temperature
  285
- [Sense:]Reference:temperature <Degrees_C
  285
- [Sense:]Strain:excitation
  285
- [Sense:]Strain:excitation <Excite_V>,(@<Ch_List>)
  285
- [Sense:]Strain:excitation
  286
- [Sense:]Strain:excitation? (@<Channel>)
  286
- [Sense:]Strain:gfactor
  286
- [Sense:]Strain:gfactor <Gage_Factor>,(@<Ch_List>)
  286
- [Sense:]Strain:gfactor
  287
- [Sense:]Strain:gfactor? (@<Channel>)
  287
- [Sense:]Strain:poisson
  287
- [Sense:]Strain:poisson <Poisson_Ratio>,(@<Ch_List>)
  287
- [Sense:]Strain:poisson
  288
- [Sense:]Strain:poisson? (@<Channel>)
  288
- [Sense:]Strain:unstrained
  288
- [Sense:]Strain:unstrained <Unstrained_V>,(@<Ch_List>)
  288
- [Sense:]Strain:unstrained
  289
- [Sense:]Strain:unstrained? (@<Channel>)
  289
- [Sense:]Totalize:reset:mode
  289
- [Sense:]Totalize:reset:mode INIT | Trigger,(@<Ch_List>)
  289
- [Sense:]Totalize:reset:mode
  290
- [Sense:]Totalize:reset:mode? (@<Channel>)
  290
- Source
  291
- Source:fm[:State]
  291
- Source:fm[:State] 1 | 0 | O | OFF,(@<Ch_List>)
  291
- Source:fm:state
  292
- Source:fm[:State]? (@<Channel>)
  292
- Source:function:[Shape:]Condition (@<Ch_List>)
  292
- Source:function[:Shape]:Condition
  292
- Source:function:[Shape:]Pulse (@<Ch_List>)
  293
- Source:function:[Shape:]Square (@<Ch_List>)
  293
- Source:function[:Shape]:Pulse
  293
- Source:function[:Shape]:Square
  293
- Source:pulm[:State]
  293
- Source:pulm[:State] 1 | 0 | on | OFF,(@<Ch_List>)
  293
- Source:pulm:state
  294
- Source:pulm[:State]? (@<Channel>)
  294
- Source:pulse:period
  294
- Source:pulse:period <Period>,(@<Ch_List>)
  294
- Source:pulse:period
  295
- Source:pulse:period? (@<Channel>)
  295
- Source:pulse:width
  295
- Source:pulse:width <Width>,(@<Ch_List>)
  295
- Source:pulse:width? (@<Channel>)
  295
- Status
  297
- Status:operation:condition
  299
- Status:operation:enable
  300
- Status:operation:enable <Enable_Mask
  300
- Status:operation:enable
  301
- Status:operation:ntransition
  301
- Status:operation:ntransition <Transition_Mask
  301
- Status:operation[:Event]
  301
- Status:operation:ntransition
  302
- Status:operation:ptransition
  302
- Status:operation:ptransition <Transition_Mask
  302
- Status:operation:ptransition
  303
- Status:preset
  303
- Status:questionable:condition
  304
- Status:questionable:enable
  305
- Status:questionable:enable <Enable_Mask
  305
- Status:questionable:ntransition
  306
- Status:questionable:ntransition <Transition_Mask
  306
- Status:questionable[:Event]
  306
- Status:questionable:ntransition
  307
- Status:questionable:ptransition
  307
- Status:questionable:ptransition <Transition_Mask
  307
- Status:questionable:ptransition
  308
- System
  309
- System:ctype
  309
- System:ctype? (@<Channel>)
  309
- System:error
  309
- System:version
  310
- Trigger
  311
- Trigger:count
  313
- Trigger:count <Trig_Count
  313
- Trigger:source
  314
- Trigger:source BUS | EXT | HOLD | IMM | SCP | Timer | Ttltrg<N
  314
- Trigger[:Immediate]
  314
- Trigger:source
  315
- Trigger:timer[:Period]
  315
- Trigger:timer[:Period] <Trig_Interval
  315
- Trigger:timer[:Period]
  316
- Cal
  317
- Common Command Reference
  317
- *DMC < Name >,< Cmd_Data
  318
- *ESE < Mask
  318
- Cls
  318
- Emc
  318
- EMC <Enable
  318
- Ese
  318
- *GMC? < Name
  319
- Ese
  319
- Esr
  319
- Idn
  319
- Lmc
  320
- Opc
  320
- *RMC < Name
  321
- Pmc
  321
- Rst
  321
- *SRE < Mask
  322
- Sre
  322
- Stb
  322
- Trg
  322
- Tst
  323
- Wai
  326
- Command Quick Reference
  327
- Appendix A Specifications
  
  334
- Appendix B. Error Messages
  
  364
- Appendix C Glossary
  
  372
- Appendix D. Wiring and Noise Reduction Methods
  
  376
- Appendix E. Generating User Defined Functions
  
  382
  - Introduction
    382
  - Haversine Example
    383
  - Limitations
    385

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