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Agilent Technologies 2000 X Manuals
Manuals and User Guides for Agilent Technologies 2000 X. We have
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Agilent Technologies 2000 X manuals available for free PDF download: User Manual, Service Manual, Manual
Agilent Technologies 2000 X User Manual (296 pages)
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 5.93 MB
Table of Contents
Safety Notices
2
Infiniivision 2000 X-Series Oscilloscopes-At a Glance
3
Table of Contents
5
In this Guide
5
Getting Started
19
Inspect the Package Contents
19
Install the Optional LAN/VGA or GPIB Module
22
Tilt the Oscilloscope for Easy Viewing
22
Power-On the Oscilloscope
23
Connect Probes to the Oscilloscope
24
Do Not Float the Oscilloscope Chassis
24
Maximum Input Voltage at Analog Inputs
24
Input a Waveform
25
Recall the Default Oscilloscope Setup
25
Use Auto Scale
26
Compensate Passive Probes
27
Learn the Front Panel Controls and Connectors
28
Horizontal Controls," Starting on
31
Vertical Controls," Starting on
34
Digital Channels," Starting on
35
Front Panel Overlays for Different Languages
35
Learn the Rear Panel Connectors
37
Learn the Oscilloscope Display
38
Access the Built-In Quick Help
40
Horizontal Controls
44
To Adjust the Horizontal (Time/DIV) Scale
44
To Adjust the Horizontal Delay (Position)
45
Panning and Zooming Single or Stopped Acquisitions
46
To Change the Horizontal Time Mode (Normal, XY, or Roll)
47
XY Time Mode
48
To Display the Zoomed Time Base
50
To Change the Horizontal Scale Knob's Coarse/Fine Adjustment Setting
52
To Position the Time Reference (Left, Center, Right)
52
Navigating the Time Base
53
To Navigate Time
53
To Navigate Segments
53
Vertical Controls
56
To Turn Waveforms on or off (Channel or Math)
56
To Adjust the Vertical Scale
57
To Adjust the Vertical Position
57
To Specify Channel Coupling
57
To Specify Bandwidth Limiting
58
To Change the Vertical Scale Knob's Coarse/Fine Adjustment Setting
58
To Invert a Waveform
59
Setting Analog Channel Probe Options
59
To Specify the Channel Units
60
To Specify the Probe Attenuation
60
To Specify the Probe Skew
61
Math Waveforms
63
To Display Math Waveforms
63
To Perform a Transform Function on an Arithmetic Operation
64
To Adjust the Math Waveform Scale and Offset
65
Units for Math Waveforms
65
Math Operators
66
Add or Subtract
66
Multiply or Divide
67
Math Transforms
68
FFT Measurement
68
Reference Waveforms
77
To Save a Waveform to a Reference Waveform Location
77
To Display a Reference Waveform
78
To Scale and Position Reference Waveforms
79
To Adjust Reference Waveform Skew
79
To Display Reference Waveform Information
80
To Save/Recall Reference Waveform Files To/From a USB Storage Device
80
To Connect the Digital Probes to the Device under Test
81
Digital Channels
82
Probe Cable for Digital Channels
82
Acquiring Waveforms Using the Digital Channels
85
To Display Digital Channels Using Autoscale
85
Interpreting the Digital Waveform Display
86
To Change the Displayed Size of the Digital Channels
87
To Switch a Single Channel on or off
88
To Switch All Digital Channels on or off
88
To Switch Groups of Channels on or off
88
To Change the Logic Threshold for Digital Channels
88
To Reposition a Digital Channel
89
To Display Digital Channels as a Bus
90
Digital Channel Signal Fidelity: Probe Impedance and Grounding
93
Input Impedance
94
Probe Grounding
96
Best Probing Practices
98
To Replace Digital Probe Leads
98
Display Settings
101
To Adjust Waveform Intensity
101
To Set or Clear Persistence
103
To Clear the Display
104
To Select the Grid Type
104
To Adjust the Grid Intensity
105
To Freeze the Display
105
Labels
107
To Turn the Label Display on or off
107
To Assign a Predefined Label to a Channel
108
To Define a New Label
109
To Load a List of Labels from a Text File You Create
110
To Reset the Label Library to the Factory Default
111
Triggers
113
Adjusting the Trigger Level
114
Forcing a Trigger
115
Edge Trigger
115
Pattern Trigger
118
Hex Bus Pattern Trigger
120
Pulse Width Trigger
121
Video Trigger
123
To Trigger on a Specific Line of Video
127
To Trigger on All Sync Pulses
128
To Trigger on a Specific Field of the Video Signal
129
To Trigger on All Fields of the Video Signal
130
To Trigger on Odd or Even Fields
131
Trigger Mode/Coupling
135
To Select the Auto or Normal Trigger Mode
136
To Select the Trigger Coupling
138
To Enable or Disable Trigger Noise Rejection
139
To Enable or Disable Trigger HF Reject
139
To Set the Trigger Holdoff
140
External Trigger Input
140
Maximum Voltage at Oscilloscope External Trigger Input
141
Acquisition Control
143
Running, Stopping, and Making Single Acquisitions (Run Control)
143
Overview of Sampling
145
Sampling Theory
145
Aliasing
145
Oscilloscope Bandwidth and Sample Rate
146
Oscilloscope Rise Time
147
Oscilloscope Bandwidth Required
148
Memory Depth and Sample Rate
149
Selecting the Acquisition Mode
149
Normal Acquisition Mode
150
Peak Detect Acquisition Mode
150
Averaging Acquisition Mode
153
High Resolution Acquisition Mode
155
Acquiring to Segmented Memory
155
0 Chapter 3, “Vertical Controls,” Starting on Page 55
155
0 Chapter 4, “Math Waveforms,” Starting on Page 63
155
0 Chapter 5, “Reference Waveforms,” Starting on Page
155
0 Chapter 6, “Digital Channels,” Starting on Page 81
155
0 Chapter 7, “Display Settings,” Starting on Page 11
155
0 Chapter 8, “Labels,” Starting on Page 17
155
Chapter
155
Triggers," Starting on
156
Chapter
156
Navigating Segments
157
Infinite Persistence with Segmented Memory
157
Segmented Memory Re-Arm Time
158
Saving Data from Segmented Memory
158
Cursors
159
To Make Cursor Measurements
160
Cursor Examples
163
Measurements
169
To Make Automatic Measurements
170
Measurements Summary
171
Snapshot All
173
Voltage Measurements
173
Peak-Peak
174
Maximum
174
Minimum
174
Amplitude
174
Top
175
Base
176
Overshoot
176
Preshoot
177
Average
178
DC Rms
178
Ac Rms
179
Time Measurements
181
Period
181
Frequency
182
Width
183
Duty Cycle
183
Rise Time
183
Fall Time
183
Delay
184
Phase
185
Measurement Thresholds
186
Measurement Window with Zoom Display
188
Mask Testing
189
To Create a Mask from a "Golden" Waveform (Automask)
189
Mask Test Setup Options
191
Mask Statistics
194
To Manually Modify a Mask File
195
Building a Mask File
198
Mask Testing
199
How Is Mask Testing Done
200
Digital Voltmeter
201
To Select Generated Waveform Types and Settings
205
17, "Save/Recall (Setups, Screens, Data
205
Waveform Generator
208
To Output the Waveform Generator Sync Pulse
208
To Specify the Expected Output Load
209
To Use Waveform Generator Logic Presets
209
To Add Noise to the Waveform Generator Output
210
To Add Modulation to the Waveform Generator Output
210
To Set up Amplitude Modulation (AM)
211
To Set up Frequency Modulation (FM)
213
To Set up Frequency-Shift Keying Modulation (FSK)
214
To Restore Waveform Generator Defaults
215
Save/Recall (Setups, Screens, Data)
217
Saving Setups, Screen Images, or Data
217
To Save Setup Files
219
To Save BMP or PNG Image Files
219
To Save CSV, ASCII XY, or bin Data Files
220
To Save ALB Data Files
221
Length Control
223
To Save Reference Waveform Files to a USB Storage Device
225
To Save Masks
225
To Navigate Storage Locations
226
To Enter File Names
226
Recalling Setups, Masks, or Reference Waveforms
227
To Recall Setup Files
227
To Recall Mask Files
228
To Recall Reference Waveform Files from a USB Storage Device
228
Recalling Default Setups
229
Performing a Secure Erase
229
Print (Screens)
231
To Print the Oscilloscope's Display
231
To Set up Network Printer Connections
232
To Specify the Print Options
234
To Specify the Palette Option
235
I/O Interface Settings
237
Utility Settings
238
Setting up the Oscilloscope's LAN Connection
238
To Establish a LAN Connection
239
Stand-Alone (Point-To-Point) Connection to a PC
240
File Explorer
241
Setting Oscilloscope Preferences
243
To Choose "Expand About" Center or Ground
243
To Disable/Enable Transparent Backgrounds
244
To Load the Default Label Library
244
To Set up the Screen Saver
244
To Set Autoscale Preferences
245
Setting the Oscilloscope's Clock
246
Setting the Rear Panel TRIG out Source
246
Performing Service Tasks
247
To Perform User Calibration
248
To Perform Hardware Self Test
250
To Perform Front Panel Self Test
251
To Display Oscilloscope Information
251
To Display the User Calibration Status
251
To Clean the Oscilloscope
251
To Check Warranty and Extended Services Status
252
To Contact Agilent
252
To Return the Instrument
252
Measurements," Starting on
253
Print (Screens)," Starting on
253
Configuring the [Quick Action] Key
253
Adding an Annotation
254
Web Interface
258
Accessing the Web Interface
258
Browser Web Control
259
Real Scope Remote Front Panel
260
Simple Remote Front Panel
261
Browser-Based Remote Front Panel
262
Remote Programming Via the Web Interface
263
Remote Programming with Agilent IO Libraries
264
Save/Recall
265
Saving Files Via the Web Interface
265
Recalling Files Via the Web Interface
266
Get Image
267
Identification Function
268
Instrument Utilities
268
Setting a Password
269
Reference
273
Specifications and Characteristics
273
Measurement Category
273
Oscilloscope Measurement Category
274
Measurement Category Definitions
274
Transient Withstand Capability
275
Maximum Input Voltage at Analog Inputs
275
Maximum Input Voltage at Digital Channels
275
Environmental Conditions
275
Probes and Accessories
276
Passive Probes
276
Differential Probes
277
Current Probes
277
Accessories Available
278
Loading Licenses and Displaying License Information
279
Licensed Options Available
279
Other Options Available
280
Upgrading to an MSO
280
Software and Firmware Updates
280
Binary Data (.Bin) Format
281
Binary Data in MATLAB
282
Binary Header Format
282
Example Program for Reading Binary Data
284
Examples of Binary Files
285
CSV and ASCII XY Files
287
CSV and ASCII XY File Structure
288
Minimum and Maximum Values in CSV Files
288
Acknowledgements
289
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Agilent Technologies 2000 X Service Manual (162 pages)
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 27.96 MB
Table of Contents
Safety Notices
2
In this Service Guide
3
Table of Contents
5
Figures
9
Tables
13
1 Characteristics and Specifications
15
Power Requirements
16
Measurement Category
17
Measurement Category Definitions
17
Transient Withstand Capability
18
Environmental Conditions
19
Specifications
20
Contact Us
21
2 Testing Performance
23
Overview
24
List of Test Equipment
25
Table 1 List of Test Equipment
25
Conventions
26
Table 2 Conventions
26
To Construct the Test Connector (for Use with MSO Models Only)
27
Table 3 Materials Required to Construct the Test Connectors
27
Figure 1 Constructing the 8-By-2 Connector
28
To Test Digital Channels (MSO Models Only)
29
To Verify Digital Channel Threshold Accuracy (MSO Models Only)
30
When to Test
30
What to Test
30
Verifying Test Results
30
Table 4 Equipment Required to Test Digital Channel Threshold Accuracy
31
Table 5 Threshold Accuracy Voltage Test Settings
33
To Verify DC Vertical Gain Accuracy
35
Table 6. DC Vertical Gain Accuracy Test Limits
35
Table 7. Equipment Required to Verify DC Vertical Gain
36
Table 8. Settings Used to Verify DC Vertical Gain Accuracy
37
Figure 3 Setting up Equipment for DC Vertical Gain Accuracy Test
39
Figure 4 Using a Blocking Capacitor to Reduce Noise
41
To Verify Dual Cursor Accuracy
42
Table 10 Equipment Required to Verify Dual Cursor Accuracy
43
Figure 5 Setting up Equipment for Dual Cursor Accuracy Test
46
Figure 6 Using a Blocking Capacitor to Reduce Noise
48
To Verify Bandwidth (-3 Db)
49
Table 13. Bandwidth (-3 Db) Test Limits
49
Table 14. Equipment Required to Verify Bandwidth (-3 Db)
50
Figure 7. Setting up Equipment for Bandwidth (-3 Db) Verification
51
To Verify Time Base Accuracy
55
Table 15 Equipment Required to Verify Time Base Accuracy
55
To Verify Trigger Sensitivity
57
Table 16 Equipment Required to Verify Trigger Sensitivity
57
Test Internal Trigger Sensitivity (All Models)
58
Test External Trigger Sensitivity
60
Figure 9 Setting up Equipment for 4-Channel External Trigger Sensitiv- Ity Test
61
Agilent 2000 X-Series Oscilloscopes Performance Test Record
63
Agilent 3000 X-Series Oscilloscopes Performance Test Record
65
3 Calibrating and Adjusting
67
User Calibration
69
To Perform User Cal
69
Figure 10 User Calibration Cable for 2-Channel Oscilloscope
70
Figure 11. User Calibration Cable for 4-Channel Oscilloscope
71
User Cal Status
72
4 Troubleshooting
73
Solving General Problems with the Oscilloscope
74
If There Is no Display
74
If There Is no Trace Display
75
If the Trace Display Is Unusual or Unexpected
75
If You Cannot See a Channel
76
Verifying Basic Operation
77
To Power-On the Oscilloscope
77
To Perform Hardware Self Test
78
To Perform Front Panel Self Test
78
To Verify Default Setup
79
To Perform an Auto Scale on the Probe Comp Signal
80
Figure 12 Default Setup Screen
80
To Compensate Passive Probes
81
Figure 13 Example Pulses
82
Troubleshooting Internal Assemblies
83
Equipment Required for Troubleshooting Internal Assemblies
83
Table 17. Equipment Required to Troubleshoot the
83
To Prepare for Internal Assembly Troubleshooting
84
Figure 14 Setup for Troubleshooting Internal Assemblies
85
Flowchart for Troubleshooting Internal Assemblies
87
System Board Drawings
88
Figure 15. System Board Test Points/Connectors - Top Side
88
Left
88
Figure 16. System Board Test Points/Connectors - Top Side
89
Right
89
To Check the System Board Power Supply Test Points
90
To Check the Interboard Supply Connector Voltages
91
Figure 17. Line Filter Board Interboard Supply Connector J108
92
To Check the Line Filter Board AC Output
93
Figure 18 Verify Line Filter Board AC Output
94
To Check the Power Switch
95
Figure 19 Verify Power Switch Operation
95
To Check the Power Supply DC Output
96
To Check the Display Supplies
97
To Check the Keyboard Supplies
98
To Check the Fan
99
Figure 20 Location of the Fan Connector
100
5 Replacing Assemblies
101
To Remove the Front Panel Knobs
104
Figure 21 Removing the Front Panel Knobs
104
To Remove the Bucket Assembly
105
Figure 22 Removing the Bucket Screws
105
Figure 23 Removing Bucket Assembly
106
To Remove the Power Supply Shield
107
Figure 24 Removing the Power Supply Shield Screw
107
Figure 25 Unclipping the Power Supply Shield Right Side
108
Figure 26. Removing the Power Supply Shield - Lift and Pull
109
To Remove the Rear Deck Assembly
110
Figure 27 Removing the BNC Nuts and Washers
110
Figure 28 Removing the Top Rear Deck Screws
111
Figure 29 Removing the Bottom Right Rear Deck Screw
111
Figure 30 Removing the Bottom Left Rear Deck Screw
112
Figure 31 Removing the Bottom Rear Deck Screws
112
Figure 32 Removing the Option Module Guide to Acquisition Board Screw
113
Figure 33 Disconnecting the Interboard Supply Cable from the Acquisi- Tion Board
114
Figure 34 Lifting Front Bezel Latch
115
Figure 35 Separating the Rear and Front Decks
116
Figure 36 Rear and Front Decks Separated
116
To Remove the Acquisition Board
117
Figure 37 Removing the T6 Screws (4 Channel Version)
117
Figure 38 Disconnecting Keyboard and Display Cables from Acquisition Board
118
Figure 39 Disconnecting Display Backlight Power Cable from Acquisition Board
119
Figure 40 Acquisition Board Mounting Screw Locations
120
Figure 41 Acquisition Board Removed from Front Deck
121
To Remove the Front Panel Assembly
122
Figure 42 Release the Bezel Clips from the Front Deck
122
Figure 43 All Bezel Clips Released
123
Figure 44. HINT: When Reinstalling Bezel, Align Ground Terminal
123
First
123
Figure 45 Gently Lift Front Deck from Bezel
124
Figure 46 Disconnect the Keyboard Cable
125
Figure 47 Disconnect the Softkey Board Cable
126
Figure 48 Unclip the Softkey Board from the Bezel
127
Figure 49 Remove the Softkey Keypad from the Bezel
127
Figure 50 Unclip the Keyboard Board from the Bezel
128
Figure 51 Remove the Keyboard Keypad from the Bezel
128
To Remove the Display Assembly
129
Figure 52 Removing the Display Assembly
129
Figure 53 Display Assembly Removed
130
Figure 54 the 75019-68712 Display Assembly Has a Bracket under Two of the Retaining Screws
131
Replacing a 75019-68712 Display Assembly
131
Figure 55 Disassembling the 75019-68712 Display Assembly
132
Figure 56. Separating the 75019-68712 Display Mounting
133
Bracket
133
Figure 57 Removing the 75019-61606 Display Cable
133
To Remove the Fan Assembly
134
Figure 58 Disconnecting Fan Power Cable
134
Figure 59 Removing Fan Assembly
135
To Remove the Power Supply
136
Figure 60 Disconnecting the AC Cable
136
Figure 61 Disconnecting the Interboard Supply Cable from the Line Filter Board
137
Figure 62 Disconnecting the DC Cable from the Line Filter Board
137
Figure 63 Removing the Power Supply
138
To Remove the Line Filter Board
139
Figure 64 Removing the Option Module Guide
139
Figure 65 Disconnecting the Ground Wire
140
Figure 66 Removing the Line Filter Board Screws
141
Figure 67 Removing the Line Filter Board
142
Figure 68 Removing the Power Switch Extender
143
6 Replaceable Parts
145
Ordering Replaceable Parts
146
Listed Parts
146
Unlisted Parts
146
Direct Mail Order System
146
Exchange Assemblies
147
Exploded Views
148
Figure 69 Exploded View 1 of
148
Replaceable Parts List
150
Table 18 Replaceable Parts
150
7 Safety Notices
157
Warnings
157
To Clean the Instrument
158
Safety Symbols
159
Index
161
Agilent Technologies 2000 X Manual (104 pages)
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 4.4 MB
Table of Contents
Table of Contents
3
1 Getting Started
5
Lab Guide-At a Glance
5
Front Panel Overview
6
Run Control
7
Waveform Controls
7
Horizontal Controls
8
Vertical Controls
9
Trigger Controls
9
Tools Controls
10
2 Oscilloscope Familiarization Labs
11
Lab #1: Using Cursors and Automatic Parametric Measurements
12
Lab #2: Using Zoom Display to Perform Gated Measurements
19
Lab #3: Using Waveform Math
23
Lab #4: Using Peak Detect Acquisition Mode
27
Lab #5: Using Segmented Memory Acquisition Mode
30
Lab #6: Using Mask Test
35
3 Advanced Triggering, Search & Navigation, and Segmented Acquisition Labs
39
Lab #7: Triggering on a Digital Burst Using Trigger Holdoff
40
Lab #8: Triggering on Unique Pulses and Glitches Using "Pulse-Width" Trigger
44
Lab #9: Triggering on Logic Patterns Using the Mso's Digital Channels
48
4 Serial Bus Decoding & Triggering, Search & Navigation, and Segmented Acquisition Labs
53
Lab #10: Decoding, Triggering, and Searching on I 2 C Serial Bus Signals
54
Lab #11: Decoding, Triggering, and Searching on SPI Serial Bus Signals
61
Lab #12: Decoding, Triggering, and Searching on RS232/UART Serial Bus Signals
67
Lab #13: Decoding, Triggering, and Searching on CAN Serial Bus Signals
75
Lab #14: Decoding, Triggering, and Searching on LIN Serial Bus Signals
81
A Oscilloscope Block Diagram and Theory of Operation
88
DSO Block Diagram
88
ADC Block
88
Attenuator Block
89
DC Offset Block
89
Amplifier Block
89
Trigger Comparator and Trigger Logic Blocks
90
Timebase and Acquisition Memory Blocks
90
Display DSP Block
91
B Oscilloscope Bandwidth Tutorial
93
Defining Oscilloscope Bandwidth
93
Required Bandwidth for Analog Applications
94
Required Bandwidth for Digital Applications
95
Rule of Thumb
95
Step 1: Determine Fastest Actual Edge Speeds
96
Step 2: Calculate F
96
Step 3: Calculate Scope Bandwidth
96
Example
97
Digital Clock Measurement Comparisons
98
C Related Agilent Literature
102
Index
103
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