NI CompactDAQ cDAQ-917 Series - Page 100

© National Instruments | I-1
Index
Symbols
<20 MHz source mode, 5-39
Numerics
100 kHz Timebase, 6-2
20 MHz Timebase, 6-2
80 MHz source mode, 5-39
80 MHz Timebase, 6-1
A
accessories, 1-13
acquisitions, digital waveform, 4-2
analog input
getting started with applications in
software, 2-7
timing signals, 2-1
triggering, 2-1
analog input signals
AI Convert Clock behavior, 2-2
AI Pause Trigger, 2-7
AI Reference Trigger, 2-5
AI Sample Clock, 2-2
AI Sample Clock Timebase, 2-2
AI Start Trigger, 2-5
analog output
data generation methods, 3-1
getting started with applications in
software, 3-6
glitches on the output signal, 3-6
timing signals, 3-3
triggering, 3-3
analog output signals
AO Pause Trigger, 3-5
AO Sample Clock, 3-3
AO Sample Clock Timebase, 3-4
AO Start Trigger, 3-4
ANSI C documentation, A-3
applications
counter input, 5-3
counter output, 5-23
edge counting, 5-3
arm start trigger, 5-37
B
buffered
edge counting, 5-4
hardware-timed generations
analog output, 3-2
digital output, 4-9
position measurement, 5-20
two-signal edge-separation
measurement, 5-22
C
C Series I/O module, 1-14
C Series module specifications, A-1
cables, 1-13
calibration certificate (NI resources), B-1
cascading counters, 5-38
cDAQ chassis
cables and accessories, 1-13
desktop use, 1-7
documentation, A-1
features, 1-11
installation and configuration, 1-5
mounting, 1-7
NI cDAQ-9171, 1-1
NI cDAQ-9174, 1-2
NI cDAQ-9178, 1-2
unpacking, 1-4
using, 1-13, 1-14
cDAQ module interface, 1-15
channel Z behavior, 5-19
chassis grounding screw, 1-11
choosing frequency measurement, 5-14
clock routing, 6-1
configuration, 1-5
continuous pulse train generation, 5-26
controlling counting direction, 5-3
counter signals
Counter n A, 5-34
Counter n Aux, 5-34
Counter n B, 5-34
Counter n Gate, 5-33
Counter n HW Arm, 5-35