Index-12
Index
creating a user-defined TRL
calibration kit, 6-50
TRL options, 7-76
TRL terminology, 7-68
TRL* error model, 7-68
TRL*/LRM* calibration, 7-67
fabricating and defining
calibration stand ards for
TRL/LRM, 7-74
how TRL*/LRM* works, 7-68
improving raw source match and
load match for TRL*/LRM*
calibration, 7-71
isolation, 7-69
source match and load match,
7-70
TRL calibration procedure, 7-72
TRL options, 7-76
TRL standards, requirements,
7-72
TRL terminology, 7-68
TRL* error model, 7-68
TRL*/LRM* two-port calibration,
7-55
TRM error correction, 6-54
assigning standards to various
TRM classes, 6-55
creating a user-defined TRM
calibration kit, 6-54
labeling the calibration kit, 6-55
labeling the classes, 6-55
modifying the standard
definitions, 6-54
performing the TRM
calibration, 6-56
TTL
I/O menu, 1-108
input decision making, 1-108
out menu, 1-112
output for contro lling
peripherals, 1-108
tuned receiver mode, 2-27, 2-29,
7-84
in-depth description, 7-85
test setup, typical, 7-84
two sources
addressing and configuring,
2-30
two-port calibration, full, 7-55
two-port calibration, TRL*/LRM*,
7-55
two-port error model, 7-47
type-N connector sex
clarifying, 6-4
types of error correction, 6-10
U
uncoupling display markers, 1-31
understanding power ranges, 7-9
understanding S-parameters,
7-20
upper stopband paramete rs, 1-69
using continuous correction mode,
6-38
using direct sampler access
configurations, 5-17
using external calibration, 5-13
using fast 2-port calibration, 5-13
using sample- an d -sweep
correction mode, 6-36
using swept list mode, 5-10
detecting IF delay, 5-11
using the parallel port, 7-80
copy mode, 7-80
GPIO mode, 7-81
V
vector error-correction, 7-7
verification, performance, 5-5
verifying performance, 7-65
vertical axis, 3-13, 3-14, 3-16,
3-20, 3-22
viewing a single measurement
channel, 5-13
viewing plot files on a PC, 4-22
using AmiPro, 4-23
using Freelanc e, 4-23
W
what you can save to a computer,
4-37
what you can save to a floppy disk,
4-37
what you can save to the
analyzer’s internal memory,
4-36
widening the system bandwidth,
5-12
windowing, 3-27
finite impulse width (or rise
time), 3-27
sidelobes, 3-27