National Instruments cDAQ-9133 - Page 143

Index
I-4 | ni.com
analog output, 3-2
digital output, 4-8
help, technical support, C-1
I
implicit buffered
pulse-width measurement, 5-6
semi-period measurement, 5-9
installation
cDAQ-9132/9133/9134/9135/9136/913
7 for LabVIEW Real-Time, 1-9
cDAQ-9132/9133/9134/9135/9136/913
7 for Windows, 1-6
instrument drivers (NI resources), C-1
internal source less than 40 MHz, 5-40
K
KnowledgeBase, C-1
L
LabVIEW documentation, B-2
LabVIEW Real-Time
Ethernet ports, 1-35
installation and configuration, 1-9
options setup menu, A-8
troubleshooting network
communication, 1-14
LabVIEW Real-Time documentation, B-3
launching the BIOS setup utility, A-3
LEDs, 1-33
Ethernet, 1-35
SD card, 1-39
M
main setup menu (BIOS), A-3
measurements
buffered two-signal edge-separation,
5-22
choosing frequency, 5-14
frequency, 5-10
implicit buffered pulse-width, 5-6
implicit buffered semi-period, 5-9
period, 5-18
position, 5-19
pulse-width, 5-5
semi-period, 5-8
single pulse-width, 5-5
single semi-period, 5-9
single two-signal edge-separation, 5-22
two-signal edge-separation, 5-21
using quadrature encoders, 5-19
using two pulse encoders, 5-21
measuring
high frequency with two counters, 5-11
large range of frequencies using two
counters, 5-12
low frequency, 5-10
menus
boot setup, A-6
LabVIEW RT options setup, A-8
main setup, A-3
save and exit, A-8
security, A-8
mini DisplayPort connector, 1-30
minimizing glitches on the output signal, 3-6
mounting the controller, 1-18
desktop, 1-23
DIN rail, 1-26
panel, 1-21
rack, 1-27
wall, 1-21
N
National Instruments support and services,
C-1
.NET languages documentation, B-3
network
communication, troubleshooting, 1-14
device BBS priorities submenu, A-8
NI support and services, C-1
NI-DAQmx documentation, B-2
O
on-demand edge counting, 5-3
operating system configuration, A-1
output signals, minimizing glitches, 3-6