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Agilent Technologies DSO1024A User Manual
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Capturing Data
3
Agilent 1000B Series Oscilloscopes User’s Guide
91
Figure 35
Line Synchronization
Figure 36
Field Synchronization
90
92
Table of Contents
Default Chapter
3
Agilent 1000B Series Oscilloscopes-At a Glance
3
In this Book
4
Table of Contents
5
Figures
13
Tables
15
1 Getting Started
17
Step 1. Inspect the Package Contents
18
Step 2. Turn on the Oscilloscope
19
Figure 1 Power Switch
21
Step 3. Load the Default Oscilloscope Setup
22
Figure 2 [Default Setup] Key
22
Step 4. Input a Waveform
23
Step 5. Use Auto Scale
24
Figure 3 [Auto Scale] Key
24
Step 6. Compensate Probes
26
Low Frequency Compensation
26
Figure 4 Low Frequency Probe Compensation
26
High Frequency Compensation
27
Figure 5 High Frequency Probe Compensation
27
Step 7. Become Familiar with the Front Panel Controls
28
Figure 6. Front Panel
28
Front Panel Overlays for Different Languages
29
Step 8. Become Familiar with the Oscilloscope Display
30
Figure 7 Oscilloscope Display
30
Figure 8 Softkey Menus
31
Using the Oscilloscope Softkey Menus
31
Step 9. Use the Run Control Keys
33
Figure 9 Run Control Keys
33
Step 10. Access the Built-In Help
34
Securing the Oscilloscope
35
Figure 10 Securing the Instrument
35
2 Displaying Data
37
Using the Horizontal Controls
38
Figure 11 Horizontal Controls
38
Figure 12. Status Bar, Trigger Position, and Horizontal Scale Control
39
To Adjust the Horizontal Scale
39
To Adjust the Horizontal Position
40
To Display the Zoomed Time Base
41
Figure 13 Zoomed Time Base Window
42
To Change the Horizontal Time Base (Y-T, X-Y, or Roll)
42
Figure 14 X-Y Display Format Showing Out-Of-Phase Waveforms
43
To View the Sample Rate
44
Using the Vertical Controls
45
Figure 15 Vertical Controls
45
To Adjust the Vertical Scale
46
To Turn Waveforms on or off (Channel, Math, or Reference)
46
To Adjust the Vertical Position
47
To Specify Channel Coupling
47
Figure 16 DC Coupling Control
48
Figure 17 AC Coupling Control
48
Figure 18. BW Limit Control off
49
To Specify a Bandwidth Limit
49
Figure 19 BW Limit Control on
50
To Specify the Probe Attenuation
50
To Change the Volts/DIV Control Sensitivity
51
To Use a Digital Filter
51
Figure 20 Waveform before Inversion
52
To Invert a Waveform
52
Figure 21 Waveform after Inversion
53
Using Math Function Waveforms
54
Figure 22 Math Scale Setting Value
54
To Add, Subtract, or Multiply Waveforms
55
To Display the Frequency Domain Using FFT
55
Figure 23 FFT Waveform
57
Using Reference Waveforms
58
To Save a Reference Waveform
58
To Export or Import Reference Waveforms
58
To Return the Reference Waveform to Its Default Scale
59
Changing the Display Settings
60
Figure 24 [Display] Key
60
To Clear the Display
61
To Display Waveforms as Vectors or Dots
61
To Set Waveform Persistence
61
To Adjust the Grid Brightness
62
To Adjust Waveform Intensity
62
To Change the Grid
62
To Invert Screen Colors
62
To Change the Menu Display Time
63
3 Capturing Data
65
Overview of Sampling
66
Sampling Theory
66
Aliasing
66
Oscilloscope Bandwidth and Sample Rate
67
Figure 25 Alaising
67
Figure 26 Theoretical Brick-Wall Frequency Response
68
Oscilloscope Rise Time
69
Figure 27. Sample Rate and Oscilloscope Bandwidth
69
Oscilloscope Bandwidth Required
70
Memory Depth and Sample Rate
71
Choosing the Sampling Mode
72
To Select the Real-Time Sampling Mode
72
Figure 28 Real-Time Sampling Mode
72
To Select the Equivalent-Time Sampling Mode
73
Figure 29 Equivalent-Time (Repetitive) Sampling Mode
73
Choosing the Acquisition Mode
75
Figure 30 [Acquire] Key
75
Figure 31 Noisy Waveform Without Averaging
76
To Select the Average Acquisition Mode
76
To Select the Normal Acquisition Mode
76
Figure 32 Noisy Waveform with Averaging
77
To Select the Peak Detect Acquisition Mode
77
Figure 33 Peak Detect Waveform
78
To Turn OFF/ON Sine(X)/X Interpolation
79
Recording/Playing-Back Waveforms
80
To Record Waveforms
80
To Play-Back Waveforms
81
To Store Recorded Waveforms
83
Adjusting the Trigger Level
85
To Adjust the Trigger Level
85
Figure 34 Trigger Controls
85
To Force a Trigger
86
Choosing the Trigger Mode
87
To Set up Edge Triggers
87
To Set up Pulse Width Triggers
88
To Set up Video Triggers
89
Figure 35 Line Synchronization
91
Figure 36 Field Synchronization
91
To Set up Alternate Triggers
92
Figure 37 Alternate Triggers
92
Setting Other Trigger Parameters
93
To Set the Trigger Sweep
93
To Set the Trigger Coupling
93
To Set the Trigger High-Frequency Reject Coupling
94
To Change the Trigger Sensitivity
95
To Specify a Trigger Holdoff
96
Figure 38 Trigger Holdoff
96
Using the External Trigger Input
97
4 Making Measurements
99
Displaying Automatic Measurements
100
Figure 39 [Meas] Key
100
To Clear Automatic Measurements from the Display
101
To Display an Automatic Measurement
101
To Display or Hide All Automatic Measurements
101
Voltage Measurements
102
Vmax (Maximum Voltage)
102
Figure 40 Voltage Measurement Points
102
Vmin (Minimum Voltage)
103
Vpp (Peak-To-Peak Voltage)
103
Vtop (Top Voltage)
103
Vbase (Base Voltage)
103
Vamp (Amplitude Voltage = Vtop - Vbase)
103
Vavg (Average Voltage)
103
Vrms (Root-Mean-Square Voltage)
104
Overshoot
104
Preshoot
104
Time Measurements
105
Period
105
Figure 41 Period and Frequency Measurements
105
Frequency
106
Rise Time
106
Fall Time
106
Figure 42. Rise Time and Fall Time Measurements
106
Positive Pulse Width
107
Negative Pulse Width
107
Positive Duty Cycle
107
Negative Duty Cycle
107
Figure 43. Positive Pulse Width and Negative Pulse Width Measurements
107
Delay between Rising Edges
108
Delay between Falling Edges
108
Figure 44. Delay Measurements
108
Phase between Rising Edges
109
Phase between Falling Edges
109
Figure 45. Phase Measurements
109
Counter (Frequency)
110
Making Cursor Measurements
111
Figure 46 [Cursors] Key
112
To Use Manually Adjustable Cursors
113
To Use Tracking Cross-Hair Cursors
114
To Display Cursors for Automatic Measurements
115
5 Saving, Recalling, and Printing Data
117
Figure 47 USB Host Port on Front Panel
117
Saving and Recalling Data
118
To Save and Recall Waveforms
118
Figure 48 [Save/Recall] Key
118
To Save and Recall Oscilloscope Setups
119
To Save Screens to BMP or PNG Format Files
120
To Save Data to CSV Format Files
121
Using the Disk Manager
122
Figure 49 Disk Manager
122
To Create New Folders
123
To Navigate the Directory Hierarchy
123
To Switch between Files, Path, and Directory Panes
123
Figure 50 Editing Folder/File Names in Disk Manager
124
To Edit Folder/File Names
124
To Delete Files
125
To Delete Folders
125
To Rename Folders
125
To Display Disk Information
126
To Recall Files
126
To Rename Files
126
Printing Screens
127
Figure 51 USB Device Port
127
Figure 52 [Print] Key
128
To Choose a Pictbridge Printer
128
To Choose Color or Grayscale Printing
129
To Print with Inverted Screen Colors
129
To Copy a Screen to the Printer
130
6 Oscilloscope Utility Settings
131
Figure 53 [Utility] Key
132
Displaying System Information
133
Turning Sound on or off
133
Setting the Language (Menu and Help)
134
Performing Mask Tests
135
To Enable/Disable Mask Tests
135
To Select the Source Channel for Mask Tests
135
To Run/Stop a Mask Test
136
To Turn On/Off the Mask Test Message Display
136
Figure 54 Mask Test Display
136
To Set the Mask Test Output Condition
137
Figure 55 Schematic Diagram of Mask Pass/Fail out
137
To Stop a Mask Test on the Output Condition
138
Figure 56 Mask Pass/Fail out
138
To Set up Masks
139
Figure 57 Mask Test Mask Setting
139
Setting Preferences
142
To Set up the Screen Saver
142
To Select the Vertical Scale Reference Level
142
To Select the USB Device Port Function
143
Running Self-Calibration
144
7 Reference
145
Environmental Conditions
146
Overvoltage Category
146
Pollution Degree
146
Pollution Degree Definitions
146
Measurement Category
147
Measurement Category Definitions
147
Transient Withstand Capability
148
Specifications and Characteristics
148
Cleaning the Oscilloscope
148
Contacting Agilent
148
Safety Notices
149
Warnings
149
Safety Symbols
150
Index
151
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Agilent Technologies DSO1024A Specifications
General
Brand
Agilent Technologies
Model
DSO1024A
Category
Test Equipment
Language
English
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