Agilent Technologies 20ET Manual Do Utilizador

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Index
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12
 
Index
creating a user-defined TRL 
calibration kit
TRL options
TRL terminology
TRL* error model
TRL*/LRM* calibration
fabricating and defining 
calibration standards for 
TRL/LRM
how TRL*/LRM* works
improving raw source match and 
load match for TRL*/LRM* 
calibration
isolation
source match and load match
TRL calibration procedure
TRL options
TRL standards, requirements
TRL terminology
TRL* error model
TRL*/LRM* two-port calibration
TRM error correction
assigning standards to various 
TRM classes
creating a user-defined TRM 
calibration kit
labeling the calibration kit
labeling the classes
modifying the standard 
definitions
performing the TRM 
calibration
TTL
I/O menu
input decision making
out menu
output for controlling 
peripherals
tuned receiver mode
in-depth description
test setup, typical
two sources
addressing and configuring
two-port calibration, full
two-port calibration, TRL*/LRM*
two-port error model
type-N connector sex
clarifying
types of error correction
U
uncoupling display markers
understanding power ranges
understanding S-parameters
upper stopband parameters
using continuous correction mode
using direct sampler access 
configurations
using external calibration
using fast 2-port calibration
using sample-and-sweep 
correction mode
using swept list mode
detecting IF delay
using the parallel port
copy mode
GPIO mode
V
vector error-correction
verification, performance
verifying performance
vertical axis
viewing a single measurement 
channel
viewing plot files on a PC
using AmiPro
using Freelance
W
what you can save to a computer
what you can save to a floppy disk
what you can save to the 
analyzer’s internal memory
widening the system bandwidth
windowing
finite impulse width (or rise 
time)
sidelobes