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35670A
Agilent Technologies 35670A User Manual
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7
Using
Time
Capture
Time
capture
allows
you
to
fill
a
buffer
with
input
data
and
then
measure
from
that
buffer
at
a
later
time.
This
chapter
shows
you
how
to
f
ill
and
measure
from
the
buffer.
7-1
132
134
Table of Contents
Table of Contents
11
Default Chapter
7
Safety Summary
7
Setting up a Measurement Part
25
1 Measuring Rotating Machinery
39
To Connect Transducers
40
To Specify a Transducer's Unit and Sensitivity
41
To Calibrate a Transducer
42
To Measure Vibration Power
44
To Characterize a Tachometer Signal
46
To Measure an Order Spectrum
48
To Display an Rpm-Stepped Order Map
50
To Display a Time-Stepped Order Map
51
To Measure an Order Track
52
To Display an Rpm-Stepped Order Track
54
To Display a Time-Stepped Order Track
55
To Display Phase Relative to the Tachometer Signal
56
To Display an Rpm Profile
57
To Display an Orbit Diagram
58
Measuring Structures
61
Impact Testing
68
To Measure a Driving Point Measurement
70
To View Unwrapped Phase of a Driving Point Measurement
72
To View the Real and Imaginary Components of a Driving Point Measurement
73
To Preview the Time Record
74
3 Measuring Sound
79
To Connect the Microphone Adapter (Option UK4)
80
To Connect Microphones
81
To Calibrate a Microphone
82
To Measure Sound Pressure Level
84
To Measure Overall Sound Pressure Level
86
To Measure Overall Impulse Characteristics
87
4 Measuring Spectra and Networks
89
To Measure a Wideband Spectrum
90
To Measure a Narrowband Spectrum
92
To Measure Frequency and Amplitude
93
To Measure Noise Power (PSD)
94
To Measure Harmonic Distortion
95
To Measure Sideband Power
96
To Display a Spectral Map
97
To Measure Frequency Response-FFT
98
To Measure Frequency Response-Swept Sine
100
To Measure Phase Distortion
102
Measuring Control Systems
103
Measuring Control System Performance
108
To Measure a Step Response
110
To Measure Performance Parameters
112
Measuring Control System Stability
114
To Measure an Open Loop Response
116
To Measure Gain and Phase Margin
118
To Display a Nyquist Diagram
119
To Measure a Closed Loop Response
120
To Calculate the Open Loop Response
122
6 The Arbitrary Source Option 1D4
123
The Arbitrary Source
123
To Create a Step Signal
126
To Create a Ramp Signal
128
To Create a Profiled Chirp Waveform
130
5 Modify the Waveform.
131
7 Using Time Capture
133
To Prepare for Filling the Capture Buffer
134
To Allocate Memory for the Capture Buffer
136
To Fill the Capture Buffer
137
To Save the Capture Buffer on a Flexible Disk
138
To Recall a Capture Buffer from a Flexible Disk
139
To Examine the Capture Buffer
140
To Define an Analysis Region
141
To Prepare for Measuring from the Capture Buffer
142
To Measure from the Capture Buffer
144
8 Displaying Measurement Data
145
To Select the Active Trace
146
To Display Measurement Data-One Channel, One Trace
147
To Display Measurement Data-One Channel, Multiple Traces
148
To Display Measurement Data-Multiple Channels, Multiple Traces
149
To Display a Data Register
150
To Display a Math Function
151
9 Formatting the Display
153
To Arrange Traces on the Screen
154
To Enable Global Screen Elements
155
To Enable Trace-Specific Screen Elements
156
To Enter Your Own Trace Title
157
To Control the Screen
158
To Set up a Waterfall Display
159
To Enhance a Waterfall Display
160
To Display the Waterfall Buffer
161
To Display One Trace from the Waterfall Buffer
162
To Display a Slice through the Waterfall Buffer
163
10 Scaling the Display
165
To Enable Y-Axis Autoscaling
166
To Scale the Y-Axis with Reference and y Per DIV Softkeys
167
To Set Top and Bottom Values for the Y-Axis
168
To Scale the Y-Axis with Axes Scale Markers
169
Press [ Analys ] [ DEFINE FUNCTION (F1-F5) ]
169
To Match Y-Axis Scaling of Another Trace
170
Press [ DEFINE F1 ] [ MEAS DATA ]
170
To Scale the X-Axis with Axes Scale Markers
171
To Match X-Axis Scaling of Another Trace
172
11 Selecting Display Units
173
To Select a Coordinate System
174
Press [ TIME CHANNEL 1 ]
174
To Select the Frequency/Time Unit
175
Press [ * ]. Press
175
Press [ DATA REGISTER (D1 - D8) ] [ DATA REG D1 ]
175
To Select the Phase Unit
176
Press [ ENTER ]
176
To Select the Amplitude Unit
177
To Specify a Transducer's Unit and Sensitivity
178
More Choices
178
Then Press
178
To Convert a Displayed Transducer Unit
179
To Display Amplitude in Dbm
180
12 Using Online Help
181
To Display Help for a Key
182
To Display a Related Help Topic
183
To Select a Topic from the Help Index
184
To Print a Help Topic
185
To Exit the Help System
186
13 Managing Files and Disks
187
To Set up an External Disk
188
To Select the Default Disk
189
To Format a Flexible Disk
190
To Change the Current DOS Directory
191
To Create a DOS Directory
192
To Save a Trace
193
[ Save Data ]
193
Press [ Rtn ]
193
To Save a Program
194
Press [ ARBITRARY (D1 - D8) ]
194
To Save Other Data
195
To Recall a Trace
196
To Recall a Program
197
To Recall Other Data
198
To Delete a File
199
To Delete a DOS Directory
200
To Copy a File
201
To Rename a File
202
14 Plotting and Printing
203
To Set up Your Hardcopy Device-Parallel
204
To Set up Your Hardcopy Device-Serial
205
To Set up Your Hardcopy Device-HP-IB
206
To Plot Screen Contents
207
To Print Screen Contents
208
To Annotate a Plot or Print
209
To Reassign Plotter Pens
210
To Modify the Plotting Speed
211
To Position a Plot on the Page
212
15 Synthesis Option 1D3 Synthesis
213
The Synthesis Table and Data Formats
216
To Display a Synthesis Table - Pole-Zero Format
227
To Select/Convert a Table Format - Pole-Residue Format
228
To Select/Convert a Table Format - Polynomial Format
229
Creating a Synthesis Table
230
To Create a Synthesis Table
234
To Clear a Synthesis Table
236
Performing the Synthesis
237
To Synthesize a Frequency Response Curve
238
To Change the Data Spacing for the X-Axis
240
Working with Synthesis Tables
241
To Edit an Existing Synthesis Table
242
To Save a Synthesis Table
243
To Save a Synthesis Trace
244
To Recall a Synthesis Table
245
To Transfer a Curve Fit Table to a Synthesis Table
246
To Change the Synthesis Register
247
16 Curve Fit Option 1D3
249
Curve Fit
249
Overview of Curve Fit Procedures
275
To Set up a Curve Fit
278
To Specify a Weighting Function
280
To Perform a Curve Fit
281
To Set up a Curve Fit - Manual Operation
282
Working with Curve Fit Tables
284
To Edit a Curve Fit Table
285
To Transfer a Curve Fit Table to a Synthesis Table
286
To Compare a Frequency Response Measurement to Synthesized Results
287
To Save a Curve Fit Table
288
To Save a Curve Fit's Frequency Response Function
289
To Recall a Curve Fit Table
290
To Change the Curve Fit Register
291
17 Limit Testing
293
To Draw a Limit
294
To Delete a Limit Segment
295
To Convert a Trace to a Limit
296
To Enable Limit Testing
297
To Save a Limit
298
18 Math Operations and Data Editing
299
To Define a Constant
302
To Specify an Operand Within an Operation
303
To Define a Function
305
To View the Results of a Math Operation
306
To Compute Cepstrum
307
To Compute a Hilbert Transform
308
To Calculate the Envelope of a Function
309
To Compute Group Delay
311
To Modify a Waveform
312
Other manuals for Agilent Technologies 35670A
Manual&Nbsp;
796 pages
Installation Guide
174 pages
Service Guide
439 pages
Service And Operator's Guide
52 pages
Quick Start Guide
92 pages
4
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Agilent Technologies 35670A Specifications
General
Brand
Agilent Technologies
Model
35670A
Category
Measuring Instruments
Language
English
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