Measurement-computing TempScan/1100 Manual de usuario Pagina 73
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TempScan / MultiScan User's Manual 879596 System Configuration 4-15
If the Post-Stop stop parameter of the Set Counts (Y) command is set to a non-zero value, the
TempScan/1100 or MultiScan/1200 will begin sampling Post-Stop data upon the occurrence of the Stop
event, and will acquire the specified number of Post-Stop scans.
When the specified number of Post-Stop scans have been collected, the unit will terminate the current
acquisition and return to a non-acquiring state. If, however, the Post-Stop
stop parameter of the Set
Counts (
Y) command is zero, the unit will return immediately to a non-acquiring state upon the occurrence
of the Stop event (unless the Auto Re-arm feature is used).
The Post-Stop state may be detected by querying the Stop Event Bit (Bit 1) and the Acquisition Complete
Bit (Bit 0) of the Event Status Register (
ESR). If and only if the Stopped Bit (Bit 1) of the ESR is set, and
the Acquisition Complete Bit (Bit 0) of the
ESR is not set, then the TempScan/1100 or MultiScan/1200 unit
is in the Post-Stop state. The unit will exit the Post-Stop state when the specified number of Post-Stop
scans have been acquired. When this occurs, the Acquisition Complete Bit (Bit 0) of the
ESR will be set
and the unit will return to a non-acquiring state (unless the Auto Re-arm feature is used).
Continuous, Gap-Free Acquisition with Two Timebases
The TempScan/1100 or MultiScan/1200 unit can be configured to have different timebases for its Pre-
Trigger (normal scan interval) and Post-Trigger (acquisition scan interval) states. When the user-specified
Trigger condition is satisfied, the unit switches from the Pre-Trigger to the Post-Trigger state, changing its
timebase if configured to do so. This feature, along with Auto Re-arm, can be used to collect continuous,
gap-free data at two different timebases.
To ensure that the collected data is gap-free, the Pre-Trigger
pre parameter of the Set Counts (Y)
command must be set to
-1. If a value of 0 or higher is used as the Pre-Trigger pre value, then that value
is the maximum number of Pre-Trigger scans that can be placed in the Acquisition Buffer after the Trigger
condition is satisfied.
- TempScan/1100 1
- MultiScan/1200 1
- Manual Layout 5
- Table of Contents 7
- 5 – System Operation 8
- 6 – System Calibration 8
- Quick Start Guide 11
- CAUTION 12
- Software Setup & Startup 13
- 988892 446-0940, rev 2.2 14
- System Overview 1 15
- Front Panel Indicators 16
- 899493 System Overview 1-3 17
- WARNING 20
- Hardware Configuration 21
- IEEE 488 Configuration 22
- 899493 System Overview 1-11 25
- Digital I/O Configuration 27
- Line Voltage Selection 32
- Fuse Replacement 34
- Rack Mount 35
- Bench Top 35
- Power-Up Activation 36
- Expansion Units 2 37
- 2-2 Expansion Units 38
- Expansion Unit 2-3 39
- Master/Slave Connection 40
- CAUTIONCAUTION 40
- Slave Configuration 41
- Channel Assignment 41
- Exp/11A Expansion Unit 43
- 2-8 Expansion Units 44
- Expansion Unit 2-9 45
- 2-12 Expansion Units 48
- Scanning Cards 3 49
- 3-2 Scanning Cards 50
- Scanning Cards 3-3 51
- 3-4 Scanning Cards 52
- 3-6 Scanning Cards 54
- MultiScan Scanning Cards 55
- 3-8 Scanning Cards 56
- Scanning Cards 3-9 57
- 3-10 Scanning Cards 58
- System Configuration 4 59
- Memory Allocation 60
- Required Configuration 64
- Scan Configuration 67
- 00:00:00.0 68
- I? command 68
- Acquisition Configuration 71
- Trigger Configuration 74
- Additional Configuration 76
- Alarm Configuration 77
- Stamp Configuration 80
- (2) PRINT#1, “OUTPUT07;R3X” 81
- (3) PRINT#1, “ENTER07" 81
- (4) INPUT A$ 81
- Data Format Configuration 84
- Power-Up Configuration 90
- System Operation 5 91
- Buffer Organization 92
- Trigger Block Configurations 93
- Buffer Query Operation 94
- Buffer Read Operations 95
- Buffer Overrun 101
- F) command 103
- Access to the HLL Registers 104
- 5-18 System Operation 108
- Theory of Operation 109
- Status-Reporting Registers 109
- 5-20 System Operation 110
- System Operation 5-21 111
- 5-22 System Operation 112
- Mask Registers 113
- Additional Operation 115
- Real-Time Clock 116
- System Calibration 6 117
- Calibration Setup 118
- Calibration Status 119
- Calibration Password 119
- K12345 120
- Software 131
- C3523DFA6C0A 133
- Overview 134
- 1) Waiting for Trigger 135
- Main Window 136
- 988992 ChartView , CV-5 137
- Channel Information Region 138
- Status Indicator Region 139
- Chart Pop-up Menu 140
- 988992 ChartView , CV-9 141
- CV-10 ChartView 142
- Software Reference 142
- Main Window Toolbar 143
- Display 144
- Configuration 144
- 988992 ChartView , CV-13 145
- CV-14 ChartView 146
- 988992 ChartView , CV-15 147
- 988992 Software Reference 148
- 988992 ChartView , CV-17 149
- Channel Configuration 150
- View File Data 150
- 988992 ChartView , CV-19 151
- Main Window Pull-Down Menus 152
- 988992 ChartView , CV-21 153
- View (continued) 155
- Acquire 156
- 988992 ChartView , CV-25 157
- Device … Interface ¾ 158
- 988992 ChartView , CV-27 159
- Device … Status ¾ 161
- 988992 ChartView , CV-31 163
- Bar Graph Meters 164
- Analog Meters 165
- Digital Meters 166
- Meter Toolbars 167
- Meter Pull-Down Menus 167
- Meters Configuration Menu 168
- Configuring a Meter 168
- Setup Window 169
- 988992 ChartView , CV-39 171
- CV-40 ChartView 172
- Acquisition Setup Dialog Box 173
- Acquisition Setup 174
- 988992 ChartView , CV-43 175
- CV-44 ChartView 176
- 988992 ChartView , CV-45 177
- Data Destination Dialog Box 178
- 988992 ChartView , CV-47 179
- Chart Setup Wizard 180
- 988992 ChartView , CV-49 181
- CV-50 ChartView 182
- ViewXL 183
- 989092 Software Reference 184
- Toolbar 185
- Load Configuration 186
- Options 186
- Data Acquisition Server 186
- Timestamps 187
- Multiple Data Files 188
- Import Files 188
- 457-0913 rev 3.0 189
- An Example Macro 191
- Sub GetData() 192
- ViewXL API Definition 193
- APPENDICES 195
- Introduction …… A-2 197
- Command Reference …… A-11 197
- Introduction 198
- Command Interpretation 199
- Immediate Immediate 200
- Immediate Immediate 200
- Command Summary 202
- Command Reference 207
- - Trigger On Command 208
- TempScan/1100 only 212
- - Reset Power-On 215
- - Configure Channels 221
- - Select Card 224
- - Set Relay Make Time 225
- MultiScan/1200 only 225
- - End Calibration Mode 226
- - Query Error Status 227
- - Set Data Format 228
- - Set Scan Interval 233
- - Set Trigger Level 237
- - Set Scan Rate 238
- - Set SRQ Mask 239
- - Set Measuring Mode 240
- - Set Event Mask 241
- - Set Digital Outputs 242
- - Program Trigger Times 243
- - Set Query Terminator 244
- - Query Card Data 245
- - Read Buffered Data 246
- - Read Last Readings 247
- - Set Real-Time Clock 248
- - User Status 251
- - Set User Terminator 254
- - Set Averaging Weight 255
- - Execute 256
- - Set Counts 257
- - Query 258
- IEEE 488 Bus Commands 260
- ASCII Codes 261
- ASCII Code Details 263
- Abbreviations 268
- Reading HLL Status 273
- (50) …… 15-WEND 278
- Operating Alarms 285
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