Index
NI5911 User Manual I-4 ni.com
power requirement specifications, A-7
programmatically controlling NI 5911, 1-3
pulse train signal, difficult (figure), B-10
R
RandomInterleaved Sampling (RIS)
interpolation factor(figure), B-7
purpose and use, 2-5
specifications,A-7
theory of, B-5 to B-7
waveform reconstruction (figure), B-6
Real Time sampling, 2-5
record length, B-4
RIS.See Random Interleaved Sampling (RIS ).
RTSIb us trigger and clock lines
PFIlines,2-14to2-15
purpose and use, 2-14 to 2-15
synchronization, 2-15
S
sample rate
digitizers,B-2toB-3
flexible resolution mode sampling rates
(table),2-5to2-6
signal shape, general, B-9 to B-10
SMBconnector, 1-1 to 1-2
sourceimped ance, B-9
specifications,A-1 to A-8
acquisitionc haracteristics,A-2 to A-5
accuracy,A-2 to A-3
common-mode characteristics, A-3
distortion, A-4 to A-5
dynamic range, A-4
filtering,A-3
acquisition modes, A-7
acquisitionsystem,A-1toA-2
calibration, A-8
EMC compliance, A-7
operating environment, A-7
physical, A-7
power requirements, A-7
storage environment, A-7
timebase system, A-5
triggering systems, A-6
storage environment specifications, A-7
synchronization, 2-15
system integration, by National
Instruments, C-1
T
TCD (time-to-digital converter), B-6
technicalsupport r esources, C-1 to C-2
timebase system specifications, A-5
time-to-digital converter (TDC), B-6
triggering and arming, 2-8 to 2-12
analog triggercircuit, 2 -9 to 2-11
above-level analog triggering mode
(figure), 2-10
below-level analog triggering mode
(figure), 2-10
high-hysteresis analog triggering
mode (figure), 2-11
low-hysteresis analog triggering
mode (figure), 2-11
memory usage, 2-13
specifications,A -6
timing with hold-off enabled
(figure), 2-12
trigger hold-off, 2-12, B-10
trigger sources (figure), 2-9
triggering options, digitizers, B-4 to B-5