Tektronix CSA7404B, User Manual

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Overview
CSA7000B Series & TDS7000B Series Instruments User Manual
3- 5
Tasks or topics
Page no. Contents Section title Subtasks or subtopics
Data Processing
(Calculation)
(Cont ) Taking Measurements
(Cont.) To Connect the Probe
Calibration Fixture Connecting the probe calibration and
deskew fixture to the instrument 3--162
(Cont.)
To Calibrate Probes Improving measurement accuracy by
calibrating your probes 3--162
To Compensate Passive
Probes Compensating passive probes 3--163
To Deskew Channels Adjusting delay between channels 3--162
Serial Mask Testing Pointer to mask testing information 3--165
Math (+. --, /, *, Chs, Exx,
≡
, ,
≠
, ,
>
,
<
,
I t Diff F b Si C
Creating and Using Math
Waveforms Functions for processing waveforms,
extracting segments of waveforms, etc. 3--167
Intg, Diff, Fabs, Sin, Cos,
Tan, Min, Max, Ceil, Floor,
ASin, ACos, ATan, Sinh,
Defining Math Waveforms Overview of performing math operation on
waveforms 3--168
ASin, ACos, ATan, Sinh,
Cosh, Tanh, Average,
Invert, Sqrt, Log 10, Log e,
Exp Magnitude Real
To Define a Math
Waveform Defining math waveforms 3--175
Exp, Magnitude, Real,
Phase, and Imag)
Operations on Math
Waveforms Overview of measuring and adjusting
math waveforms 3--177
To Use Math Waveforms Example setups for measuring and
adjusting math waveforms 3--179
Spectral Math operations Defining Spectral Math
Waveforms Functions for frequency domain analysis
of your waveforms. 3--182
To Select a Predefined
Spectral Math Waveform Selecting a predefined spectral math
waveform 3--206
To Define A Spectral Math
Waveform Setup to define a spectral math waveform 3--207
Spectral Math Example An example of performing spectral
analysis of a signal 3--215
Optimizing
Measurement
Accuracy Instrument compensation
and compensation or
calibration of probes Optimizing Measurement
Accuracy Procedures for compensating the instru-
ment, compensating passive probes, and
calibrating active, voltage probes 3--160