Programming instructions

Index
© National Instruments Corporation I-7 LabVIEW Data Acquisition Basics Manual
Cont Acq&Chart (Async Occurrence) VI,
7-11 to 7-12
Cont Acq&Chart (buffered).vi, 7-14
Cont Acq&Graph (buffered).vi, 7-14
Cont Acquire&Chart (immediate) VI,
6-4 to 6-5
Cont Pulse Train (8253) VI, 24-12, 28-3
Cont Pulse Train-Easy (9513) VI, 24-10
Cont Pulse Train-Easy (DAQ-STC) VI, 24-10
Cont Pulse Train-Int (9513) VI, 24-11
Cont Pulse Train-Int (DAQ-STC) VI,
24-10 to 24-11
continuous acquisition from multiple
channels, 7-10 to 7-11
Continuous Generation example VI,
12-4, 12-6
Continuous Pulse Generator Config VI
finite pulse train generation, 24-15
single square pulse generation, 24-11
continuous pulse train generation,
24-9 to 24-13
8253/54, 24-12 to 24-13
DAQ-STC and Am9513, 24-10 to 24-11
Continuous Transducer VI, 21-6
control loops.
See
analog input/output
control loops.
Convert RTD Reading VI, 21-12
Convert Strain Gauge Reading VI,
21-14 to 21-15
Convert Thermocouple Reading VI, 21-8
Count Events (8253) VI, 27-6 to 27-7
Count Events-Easy (9513) VI, 27-4 to 27-5
Count Events-Easy (DAQ-STC) VI, 27-3
Count Events-Int (9513) VI, 27-5 to 27-6
Count Events-Int (DAQ-STC) VI, 27-4
Count Events or Time Easy VI
events, 27-3
time
Am9513, 27-9
DAQ-STC, 27-7 to 27-8
Count Time (8253) VI, 27-11
Count Time-Easy (9513) VI, 27-9
Count Time-Easy (DAQ-STC) VI,
27-7 to 27-8
Count Time-Int (9513) VI, 27-10
Count Time-Int (DAQ-STC) VI, 27-8
counter addressing for VIs, 3-9 to 3-12
counter chips used in National Instruments
devices, 23-3 to 23-5.
See also
8253/54
counter; AM9513 counter;
DAQ-STC counter.
Counter Read VI
controlling pulse width
measurement, 25-6
counting events
Am9513, 27-6
DAQ-STC, 27-4
counting time
Am9513, 27-10
DAQ-STC, 27-8
measuring frequency and period
high frequency signals, 26-6
low frequency signals, 26-10
Counter Start VI
continuous pulse train generation, 24-11
controlling pulse width
measurement, 25-6
counting events
Am9513, 27-6
DAQ-STC, 27-4
counting time
Am9513, 27-10
DAQ-STC, 27-8
dividing frequencies, 28-2
finite pulse train generation, 24-15
measuring frequency and period
high frequency signals, 26-6
low frequency signals, 26-10
single square pulse generation, 24-5