Programming instructions

Index
LabVIEW Data Acquisition Basics Manual I-2
© National Instruments Corporation
AI Clear VI
hardware-timed analog I/O control
loops, 6-9
multiple-waveform acquisition, 7-4
SCXI temperature measurement, 21-8
simple-buffered analog input with
multiple starts, 7-7
simultaneous buffered waveform
acquisition and generation,
14-2 to 14-3
AI Clock Config VI
external control of channel clock, 9-4
external conversion pulses, 9-4
retrieving channel clock setting, 20-5
scan clock control, 9-6, 9-7
AI Config VI
basic non-buffered application, 6-4
hardware-timed analog I/O control
loops, 6-8
interchannel delay, 9-2
multiple-channel single-point analog
input, 6-5
multiple-waveform acquisition, 7-4
one-point calibration, 22-5
simple-buffered analog input with
multiple starts, 7-7
simultaneous buffered waveform
acquisition and generation, 14-2
AI Control VI, 9-6
AI Hardware Config VI, 20-4
AI Read One Scan VI, 6-7
AI Read VI
advantages and disadvantages of reading
backlog, A-1
asynchronous continuous acquisition
using DAQ Occurrences, 7-11 to 7-12
conditional retrieval cluster, 8-10
conditional retrieval example, 8-11
controlling startup times (note), 7-7
forcing time limit for, 9-5, 9-7
multiple-waveform acquisition, 7-4
one-point calibration, 22-6
SCXI temperature measurement, 21-8
simple-buffered analog input with
multiple starts, 7-7
simultaneous buffered waveform
acquisition and generation,
14-2 to 14-3
software triggering, 8-10
AI Sample Channel VI, 6-1 to 6-2
AI Sample Channels VI, 6-3
AI Single Scan VI
basic non-buffered application, 6-4
hardware-timed analog I/O control loops,
6-8 to 6-9
improving control loop performance,
6-9 to 6-10
multiple-channel single-point analog
input, 6-4
one-point calibration, 22-6
software-timed analog I/O control
loops, 6-6
AI Start VI
hardware-timed analog I/O control loops,
6-8 to 6-9
multiple-waveform acquisition, 7-4
one-point calibration, 22-6
scan clock control, 9-6
SCXI temperature measurement, 21-8
simple-buffered analog input with
multiple starts, 7-7
simultaneous buffered waveform
acquisition and generation,
14-2 to 14-3
Am9513 counter
continuous pulse train generation,
24-10 to 24-11
controlling pulse width measurement,
25-6 to 25-7
counting operations with no counters
available, 24-20 to 24-21
description, 23-4
determining pulse width, 25-4 to 25-5