X Series User Manual
© National Instruments | I-7
MIO X Series devices, 4-9
Simultaneous MIO X Series devices,
4-39
E
edge counting, 8-3
buffered, 8-4
on-demand, 8-4
sample clock, 8-4
single point, 8-4
edge-separation measurement
buffered two-signal, 8-25
single two-signal, 8-24
encoders, quadrature, 8-21
encoding
X1, 8-21
X2, 8-21
X4, 8-22
equivalent time sampling, 8-35
example programs, B-1
exporting timing output signals using PFI
terminals, 7-2
external reference clock, 9-2
external source
greater than 40 MHz, 8-47
less than 40 MHz, 8-47
F
features, counter, 8-45
field wiring considerations
MIO X Series devices, 4-21
Simultaneous MIO X Series devices,
4-44
FIFO
Simultaneous MIO X Series devices,
4-36
filters
PFI, 7-4
PXI_STAR, 9-8
RTSI, 9-7
floating signal sources
connecting
MIO X Series devices, 4-12
description
MIO X Series devices, 4-12
using in differential mode
MIO X Series devices, 4-13
using in NRSE mode
MIO X Series devices, 4-16
using in RSE mode
MIO X Series devices, 4-17
when to use in differential mode
MIO X Series devices, 4-12
when to use in NRSE mode
MIO X Series devices, 4-12
when to use in RSE mode
MIO X Series devices, 4-13
FREQ OUT signal, 8-41
frequency
division, 8-35
generation, 8-34
generator, 8-34
measurement, 8-11
Frequency Output signal, 8-41
G
generations
analog output data, 5-3
buffered hardware-timed, 5-3, 6-12
clock, 9-1
continuous pulse train, 8-30
digital waveform, 6-13
frequency, 8-34
hardware-timed, 5-3, 6-11
hardware-timed single point, 5-3, 6-3,
6-11
pulse for ETS, 8-35
pulse train, 8-28
retriggerable single pulse, 8-29
simple pulse, 8-27
single pulse, 8-27
single pulse with start trigger, 8-27
software-timed, 5-3, 6-11
getting started, 1-3
AI applications in software
MIO X Series devices, 4-35
AO applications in software, 5-11
DIO applications in software, 6-25
ghost voltages when sampling multiple
channels, C-1
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