National Instruments DAQ M Series - Manual (Page 155)

Index
NI 6236 User Manual I-2 ni.com
timing signals, 5-5
trigger signals, 5-4
triggering, 5-4
troubleshooting, B-2
ANSI C documentation, xvi
AO FIFO, 5-2
AO Pause Trigger signal, 5-7
AO Sample Clock signal, 5-8
AO Sample Clock Timebase signal, 5-10
AO Start Trigger signal, 5-6
ao/PauseTrigger, 5-7
ao/SampleClock, 5-8
ao/SampleClockTimebase, 5-10
ao/StartTrigger, 5-6
applications
counter input, 7-2
counter output, 7-20
edge counting, 7-2
arm start trigger, 7-31
avoiding scanning faster than necessary, 4-9
B
block diagram
PFI input circuitry, 8-1
PFI output circuitry, 8-2
buffered
edge counting, 7-3
non-cumulative, 7-4
hardware-timed acquisitions, 4-10
hardware-timed generations, 5-3
period measurement, 7-7
pulse-width measurement, 7-5
semi-period measurement, 7-9
two-signal edge-separation
measurement, 7-19
bus
interface, 11-1
RTSI, 10-3
C
cables, 2-4, A-3
choosing for your device, 1-2
custom, 2-4
calibration certificate (NI resources), C-2
calibration circuitry, 2-3
cascading counters, 7-32
changing data transfer methods between DMA
and IRQ, 11-4
channel Z behavior, 7-16
channels, sampling with AI Sample Clock and
AI Convert Clock, B-2
charge injection, B-1
circular-buffered acquisition, 4-11
clock
10 MHz reference, 10-3
external reference, 10-2
generation, 10-1
PXI, and trigger signals, 10-8
routing, 10-1
common-mode noise, 9-2
CompactPCI, using with PXI, 11-3
configuring, ground-reference settings in
software, 4-5
connecting
analog current input signals, 4-3
analog voltage output signals, 5-4
counter signals, B-3
digital I/O signals, 6-2
PFI input signals, 8-3
connector, A-1
information, 3-1
RTSI, 3-2, 10-4
considerations
for field wiring, 4-11
for multichannel scanning, 4-8
for PXI, 11-2
continuous pulse train generation, 7-22
controllers, DMA, 11-1