National Instruments NI cDAQ-9139 User Manual page 137

installation
cDAQ-9138/9139 for LabVIEW
Real-Time, 1-8
cDAQ-9138/9139 for Windows, 1-5
operating system, A-2
Intel AMT configuration submenu, A-7
internal source less than 40 MHz, 5-40
IP RESET DIP switch, 1-28
L
LabVIEW documentation, B-2
LabVIEW Real-Time
configuration overrides submenu, A-9
documentation, B-3
Ethernet ports, 1-23
installation and configuration, 1-8
options setup menu, A-9
troubleshooting network
communication, 1-12
launching the BIOS setup utility, A-3
LEDs, 1-30
LINK LED, 1-30
M
main setup menu (BIOS), A-4
measurements
buffered two-signal
edge-separation, 5-23
choosing frequency, 5-15
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, 5-22
using quadrature encoders, 5-19
using two pulse encoders, 5-21
NI cDAQ-9138/9139 User Manual
measuring
high frequency with two counters, 5-12
large range of frequencies using two
counters, 5-13
low frequency, 5-11
menus
boot setup, A-10
LabVIEW RT options setup, A-9
main setup, A-4
save and exit, A-12
security, A-11
minimizing glitches on the output signal, 3-6
mounting the controller, 1-14
desktop, 1-16
DIN rail, 1-19
panel, 1-17
rack, 1-20
wall, 1-17
MXI-Express port, 1-26
N
.NET languages documentation, B-3
network
communication, troubleshooting, 1-12
device BBS priorities submenu, A-11
NI-DAQmx, documentation, B-2
NO APP DIP switch, 1-29
O
on-demand edge counting, 5-3
operating system
configuration, A-1
installation, A-2
output signals, minimizing glitches, 3-6
P
panel mounting, 1-17
pause trigger, 5-38
period measurement, 5-18
PFI filters, 4-13
ports
Ethernet, 1-22
MXI-Express, 1-26
overview, 1-37
© National Instruments | I-4