National Instruments PXI-6289 User Manual page 289

Index
USB-6259 Mass Termination
pinout, A-51
USB-6259 Screw Terminal pinout, A-47
USB-6281 Mass Termination
pinout, A-59
USB-6281 Screw Terminal pinout, A-57
USB-6289 Mass Termination
pinout, A-67
USB-6289 Screw Terminal pinout, A-65
I/O protection, 6-5, 8-5
improving analog trigger accuracy, 11-6
input signals
using PFI terminals as, 8-2
using RTSI terminals as, 9-6
input timing, analog input, B-3
insertion of grounded channels between
signal channels, 4-7
installation
hardware, 1-3
NI-DAQ, 1-3
other software, 1-3
troubleshooting, C-3
instrumentation amplifier, 4-1
interface, bus, 10-1
internal timing, analog input, B-5
interrupt request, as a transfer method, 10-2
IRQ
as a transfer method, 10-2
changing data transfer methods, 10-2,
10-3
L
LabVIEW documentation, E-3
LabVIEW Real-Time documentation, E-3
LabWindows/CVI documentation, E-3
LED patterns
USB devices, 3-7
USB-6221 Screw Terminal, A-8, A-10,
A-14, A-16
USB-6225 Mass Termination, A-20
USB-6225 Screw Terminal, A-18
USB-6229 BNC, A-26
USB-6229 Screw Terminal, A-24
USB-6251 BNC, A-34
USB-6251 Mass Termination, A-36
I-8 | ni.com
USB-6251 Screw Terminal, A-32
USB-6255 Mass Termination, A-44
USB-6255 Screw Terminal, A-42
USB-6259 BNC, A-50
USB-6259 Mass Termination, A-52
USB-6259 Screw Terminal, A-48
USB-6281 Mass Termination, A-60
USB-6281 Screw Terminal, A-58
USB-6289 Mass Termination, A-68
USB-6289 Screw Terminal, A-66
low impedance sources, 4-6
lowpass filter, analog input, 4-3
M
M Series
and E Series accessories, D-4
differences from E Series, D-4
information, A-1
migrating applications to, D-4
pinout comparison versus E Series, D-1
specifications, A-1
upgrading to, D-4
Measurement Studio documentation, E-3
measurements
buffered period, 7-6
buffered pulse-width, 7-4
buffered semi-period, 7-7
buffered two-signal
edge-separation, 7-18
choosing frequency, 7-11
frequency, 7-8
period, 7-5
position, 7-14
pulse-width, 7-3
semi-period, 7-7
single period, 7-5
single pulse-width, 7-4
single semi-period, 7-7
single two-signal edge-separation, 7-18
two-signal edge-separation, 7-17
using quadrature encoders, 7-15
using two pulse encoders, 7-16