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Agilent Technologies 1670G Series Manuals
Manuals and User Guides for Agilent Technologies 1670G Series. We have
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Agilent Technologies 1670G Series manuals available for free PDF download: User Manual, Service Manual
Agilent Technologies 1670G Series User Manual (632 pages)
Logic Analyzers
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 3.44 MB
Table of Contents
Table of Contents
5
Logic Analyzer Overview
25
Agilent Technologies 1670G-Series Logic Analyzer
26
To Make a Measurement
29
2 Connecting Peripherals
35
2 Connecting Peripherals
36
Connecting Peripherals
36
To Connect a Mouse
37
To Connect a Keyboard
38
To Connect to an GPIB Printer
39
To Connect to an RS-232-C Printer
41
To Connect to a Parallel Printer
43
To Connect to a Controller
44
3 Using the Logic Analyzer
45
3 Using the Logic Analyzer
46
Using the Logic Analyzer
46
Accessing the Menus
47
To Access the System Menus
48
To Access the Analyzer Menus
50
Using the Analyzer Menus
52
To Label Channel Groups
52
To Create a Symbol
56
To Examine an Analyzer Waveform
58
To Examine an Analyzer Listing
61
To Compare Two Listings
64
The Inverse Assembler
66
To Use an Inverse Assembler
66
4 Using the Trigger Menu
69
Using the Trigger Menu
70
Specifying a Basic Trigger
71
To Assign Terms to an Analyzer
72
To Define a Term
74
To Change the Trigger Specification
75
Changing the Trigger Sequence
77
To Add Sequence Levels
78
To Change Trigger Functions
80
Setting up Time Correlation between Analyzers
81
To Set up Time Correlation between Two State Analyzers
82
To Set up Time Correlation between a Timing and a State Analyzer
83
Arming and Additional Instruments
84
To Arm Another Instrument
84
To Arm the Oscilloscope with the Analyzer (1670G-Series Logic Analyzers with the Oscilloscope Option)
85
To Receive an Arm Signal from Another Instrument
87
Managing Memory
89
To Selectively Store Branch Conditions (State Only)
90
To Set the Memory Length
91
To Place the Trigger in Memory
93
To Set the Sampling Rates (Timing Only)
94
5 Triggering Examples
95
Triggering Examples
96
Single-Machine Trigger Examples
97
To Store and Time the Execution of a Subroutine
98
To Trigger on the Nth Iteration of a Loop
100
To Trigger on the Nth Recursive Call of a Recursive Function
102
To Trigger on Entry to a Function
104
To Capture a Write of Known Bad Data to a Particular Variable
106
To Trigger on a Loop that Occasionally Runs too Long
107
To Verify Correct Return from a Function Call
108
To Trigger after All Status Bus Lines Finish Transitioning
109
To Find the Nth Assertion of a Chip Select Line
110
To Verify that the Chip Select Line Is Strobed after the Address Is Stable
111
To Trigger When Expected Data Does Not Appear When Requested
112
To Test Minimum and Maximum Pulse Limits
114
To Detect a Handshake Violation
116
To Detect Bus Contention
117
Cross-Arming Trigger Examples
118
To Examine Software Execution When a Timing Violation Occurs
119
To Look at Control and Status Signals During Execution of a Routine
121
To Detect a Glitch
122
To Capture the Waveform of a Glitch Using the Oscilloscope (Oscilloscope Option Only)
123
To View Your Target System Processing an Interrupt
124
5 Triggering Examples
96
Only)
124
To Trigger Timing Analysis of a Count-Down on a Set of Data Lines
125
To Monitor Two Coprocessors in a Target System
126
Special Displays
128
To Interleave Trace Lists
129
To View Trace Lists and Waveforms on the same Display
131
6 File Management
133
File Management
134
Transferring Files Using the Flexible Disk Drive
135
To Save a Configuration
136
To Load a Configuration
138
To Save a Trace List in ASCII Format
140
To Save a Screen's Image
141
To Load Additional Software
142
Transferring Files Using the LAN
143
To Transfer Files Using Ftp
144
7 Using the Oscilloscope
145
Using the Oscilloscope
146
Calibrating the Oscilloscope
147
Calibration PROTECT/UNPROTECT Switch
147
Set up the Equipment
147
Load the Default Calibration Factors
148
Self Cal Menu Calibrations
149
Protect the Operational Accuracy Calibration Factors
151
Oscilloscope Common Menus
152
Run/Stop Options
152
Autoscale
154
Time Base
156
The Scope Channel Menu
157
Offset Field
157
Probe Field
158
Coupling Field
158
Preset Field
159
The Scope Display Menu
160
Mode Field
160
Connect Dots Field
162
Grid Field
162
Display Options Field
163
The Scope Trigger Menu
164
Trigger Marker
164
Mode/Arm Menu
164
Level Field
167
Source Field
169
Slope Field
169
Count Field
170
Auto-Trig Field
171
When Field
172
Count Field
175
The Scope Marker Menu
176
Manual Time Markers Options
176
Automatic Time Markers Options
179
Manual/Automatic Time Markers Option
184
Voltage Markers Options
185
Channel Label Field
187
The Scope Auto Measure Menu
188
Input Field
188
Automatic Measurements Display
189
Automatic Measurement Algorithms
191
8 Using the Pattern Generator
195
Using the Pattern Generator
196
Setting up the Proper Configurations
197
To Set up the Configuration
197
To Build a Label
199
Building Test Vectors and Functions
200
To Build a Main Vector Sequence
201
To Build an Initialization Sequence
202
To Edit a Main or Initialization Sequence
203
To Include Hardware Instructions in a Sequence
204
To Include Software Instructions in a Sequence
205
To Include a User Macro in a Sequence
206
To Build a User Macro
207
To Modify a Function Name
208
To Edit a Function
208
To Add, Delete, or Rename Parameters
209
To Place Parameters in a Vector
210
To Enter or Modify Parameters
211
To Build a User Symbol Table
212
To Include Symbols in a Sequence
213
To Include Symbols in a Function
214
To Store a Configuration
215
To Load a Configuration
216
To Use Autoroll
217
The Format Menu
218
The Sequence Menu
222
The User Macros Menu
231
Loading ASCII Files
233
ASCII File Commands
234
Ascdown Command
234
Label
235
Vector
236
Format:XXX
239
Loading an ASCII File over a Bus (Example)
240
Pattern Generator Probing System
242
Logic Analyzer Reference
243
1670G-Series Logic Analyzer Description
244
1670G-Series Configuration Capabilities
246
Probing
248
General-Purpose Probing System Description
251
Assembling the Probing System
255
Oscilloscope Probes (Oscilloscope Option Only)
259
Connecting the Pattern Generator Pods Directly to a PC Board (Pattern Generator Option Only)
260
Pattern Generator Output Pod Characteristics (Pattern Generator Option Only)
261
Keyboard Shortcuts
267
Moving the Cursor
267
Entering Data into a Menu
268
Using the Keyboard Overlays
269
Common Menu Fields
270
Print Field
271
Run/Stop Field
273
Roll Fields
274
Disk Drive Operations
275
Disk Operations
275
Autoload
278
Format
278
Pack
279
Load and Store
280
The RS-232-C, GPIB, and Centronics Interfaces
282
The GPIB Interface
283
The RS-232-C Interface
284
The Centronics Interface
285
The Ethernet LAN Interface
286
System Utilities
289
Real Time Clock Adjustments Field
289
Update FLASH ROM Field
290
Display Color Selection
292
Setting the Color, Hue, Saturation, and Luminosity Fields
294
Returning to the Default Colors
294
The Analyzer Configuration Menu
295
Type Field
295
Illegal Configuration
296
The Analyzer Format Menu
297
Pod Threshold Field
297
State Acquisition Modes
298
Timing Acquisition Modes
299
Acquisition Modes
300
Clock Inputs Display
301
Pod Clock Field (State Only)
302
Master and Slave Clock Fields (State Only)
305
Symbols Field
308
Label Fields
310
Label Polarity Fields
311
The Analyzer Trigger Menu
312
Trigger Sequence Levels
312
Modify Trigger Field
313
Timing Trigger Function Library
314
State Trigger Function Library
316
Modifying the User Function
319
Resource Terms
323
Arming Control Field
327
Acquisition Control Field
329
Count Field (State Only)
331
The Listing Menu
332
Markers
332
The Waveform Menu
334
Sec/DIV Field
334
Accumulate Field
334
Delay Field
335
Waveform Label Field
335
Waveform Display
337
The Mixed Display Menu
338
Interleaving State Listings
338
Time-Correlated Displays
339
Markers
339
The Chart Menu
340
Min and Max Scaling Fields
341
Markers/Range Field
341
Axis Control Field
342
Rescale Field
343
The Compare Menu
344
Reference Listing Field
345
Difference Listing Field
345
Copy Listing to Reference Field
346
Find Error Field
347
Compare Full/Compare Partial Field
347
System Performance Analysis (SPA) Software
349
System Performance Analysis Software
350
What Is System Performance Analysis
352
Getting Started
355
SPA Measurement Processes
357
Using State Overview, State Histogram, and Time Interval
373
Using SPA with Other Features
383
11 Logic Analyzer Concepts
385
Logic Analyzer Concepts
386
The File System
387
Directories
388
File Types
389
The Trigger Sequence
391
Trigger Sequence Specification
392
Analyzer Resources
395
Timing Analyzer
400
State Analyzer
400
Configuration Translation between Agilent Logic Analyzers
401
The Analyzer Hardware
403
1670G-Series Analyzer Theory
404
Logic Acquisition Board Theory
408
Oscilloscope Board Theory
412
Pattern Generator Board Theory
417
Self-Tests Description
420
12 Troubleshooting the Logic Analyzer
421
12 Troubleshooting the Logic Analyzer
422
Troubleshooting the Logic Analyzer
422
Analyzer Problems
423
Intermittent Data Errors
423
Unwanted Triggers
424
No Activity on Activity Indicators
424
Capacitive Loading
425
No Trace List Display
425
Analysis Probe Problems
426
Target System will Not Boot up
426
Slow Clock
427
Erratic Trace Measurements
428
Inverse Assembler Problems
429
No Inverse Assembly or Incorrect Inverse Assembly
429
Inverse Assembler will Not Load or Run
431
Error Messages
432
Inverse Assembler Not Found
432
No Configuration File Loaded
432
Selected File Is Incompatible
433
Slow or Missing Clock
433
Waiting for Trigger
433
Must Have at Least 1 Edge Specified
434
Time Correlation of Data Is Not Possible
434
Maximum of 32 Channels Per Label
434
Timer Is off in Sequence Level N Where It Is Used
435
Timer Is Specified in Sequence, but Never Started
435
Inverse Assembler Not Loaded - Bad Object Code
435
Measurement Initialization Error
436
Warning: Run HALTED Due to Variable Change
436
Specifications
438
General Information
438
Accessories
438
Specifications (Logic Analyzer)
440
Specifications (Oscilloscope Option)
441
Characteristics (Logic Analyzer)
442
Characteristics (Oscilloscope)
443
Characteristics (Pattern Generator)
443
Supplemental Characteristics (Logic Analyzer)
445
Supplemental Characteristics (Oscilloscope)
450
Operating Environment
452
14 Operator's Service
453
14 Operator's Service
454
Operator's Service
454
Preparing for Use
455
To Inspect the Logic Analyzer
456
To Apply Power
456
To Clean the Logic Analyzer
457
To Test the Logic Analyzer
457
Troubleshooting
458
To Use the Flowcharts
459
To Check the Power-Up Tests
461
To Run the Self-Tests
462
To Test the Auxiliary Power
471
15 Introducing the LAN Interface
475
15 Introducing the LAN Interface
476
Introducing the LAN Interface
476
LAN Section Overview
478
16 Connecting and Configuring the LAN
479
Connecting and Configuring the LAN
480
To Connect to Your Network
481
To Configure the Network Addresses
482
To Verify Connectivity with the Ping Utility
485
To Mount the Logic Analyzer
486
Accessing the Logic Analyzer File System Using the LAN
489
Accessing the Logic Analyzer File System Using the LAN
490
Control User Vs. Data User
490
To Mount the File System Via NFS
491
To Access the File System Via Ftp
496
18 Using the Lan's X Window Interface
498
Using the Lan's X Window Interface
498
To Start the Interface from the Front Panel
499
To Start the Interface from the Computer
501
To Close the Interface
504
To Load the Custom Fonts
505
Additional Information
508
Retrieving and Restoring Data Using the LAN
509
Retrieving and Restoring Data Using the LAN
510
To Copy ASCII Measurement Data
511
To Copy Raw Measurement Data
512
To Restore Raw Measurement Data
513
To Strip LIF Structure from Raw Measurement Data
514
To Copy Screen Images from \System\Graphics
516
To Copy Status Information from \Status
517
To Copy Configurations from Setup.raw
519
To Restore Configurations
520
Programming the Logic Analyzer Using the LAN
521
Programming the Logic Analyzer Using the LAN
522
To Set up for Ethernet LAN Programming
523
To Enter Commands Directly Using Telnet
524
To Write Programs that Open the Command Parser Socket
526
21 LAN Concepts
530
LAN Concepts
530
Directory Structure of the Logic Analyzer's File System
531
Dynamic Files
534
LAN-Related Fields in the Logic Analyzer's Menus
535
22 Troubleshooting the LAN Connection
537
22 Troubleshooting the LAN Connection
538
Troubleshooting the LAN Connection
538
Troubleshooting the Initial Connection
539
Assess the Problem
539
Troubleshooting in a Workstation Environment
542
Troubleshooting in an MS-DOS Environment
544
Troubleshooting in an MS Windows Environment
546
Verify the Logic Analyzer Performance
548
Status Number
550
Network Status Information
553
Solutions to Common Problems
555
If You Cannot Connect to the Logic Analyzer
555
If You Cannot Mount the Logic Analyzer File System
556
If You Cannot Access the File System Via Ftp
556
If You Cannot Start the Xwindow Interface
557
If Your X Window Looks Odd
557
If You Cannot Copy Files from the Logic Analyzer
558
If You Cannot Restore Raw Files
558
If You Get an "Operation Timed-Out" Message
559
If the Logic Analyzer Begins to Operate Slowly
559
If the Logic Analyzer Does Not Respond
559
If All else Fails
560
Getting Service Support
561
Return to Agilent Service
561
Symbol Utility Introduction
563
Symbol Utility Introduction
566
Equipment Required
566
Supported Symbol File Formats
567
Symbol Utility Section Overview
569
Getting Started with the Symbol Utility
571
Getting Started with the Symbol Utility
572
To Access the Symbol File Load Menu
573
Method 1: Using the Module Field
573
Method 2: Using the Symbol Field in the Format Menu
575
To Access the Symbol Browser
577
Using the Symbol Utility
579
To Generate a Symbol File
580
To Load a Symbol File
581
To Display Symbols in the Trace List
584
To Trigger on a Symbol
586
To View a List of Symbol Files Currently Loaded into the System
589
To Remove a Symbol File from the System
590
26 Symbol Utility Features and Functions
591
26 Symbol Utility Features and Functions
592
Symbol Utility Features and Functions
592
The OMF Symbol File Load Menu
593
OMF File Field
594
Drive Field
594
Label Field
595
Module Field
595
Load Field
596
Current Loaded Files Field
597
Section Relocation Option
598
The OMF Symbol Browser Menu
600
Symbol Type Selection Field (User Vs. OMF)
601
Find Field
602
Browse Results Display
604
Align to XX Byte Option
605
Offset Option
606
Context Display
607
Address Display
607
Symbol Mode Field
608
The General-Purpose ASCII File Format
609
Creating a GPA Symbol File
610
GPA File Format
611
Sections
613
Functions
615
Variables
616
Source Line Numbers
617
Start Address
618
Comments
618
Publication Number
630
Declaration of Conformity
631
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Agilent Technologies 1670G Series Service Manual (224 pages)
Logic Analyzers
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 2.87 MB
Table of Contents
Table of Contents
5
General Information
9
Accessories
10
Specifications (Logic Analyzer)
11
Specifications (Oscilloscope)
12
Specifications (Pattern Generator)
12
Characteristics (Logic Analyzer)
13
Characteristics (Oscilloscope)
13
Characteristics (Pattern Generator)
14
Recommended Test Equipment (Logic Analyzer)
17
Recommended Test Equipment (Oscilloscope)
18
Recommended Test Equipment (Pattern Generator)
19
Preparing for Use
21
To Inspect the Logic Analyzer
22
To Apply Power
23
To Clean the Logic Analyzer
23
To Operate the User Interface
23
To Test the Logic Analyzer
24
Testing Performance
25
To Perform the Self-Tests
27
To Make the Test Connectors (Logic Analyzer)
31
Set up the Equipment
33
To Test the Threshold Accuracy (Logic Analyzer)
33
Set up the Logic Analyzer
34
Connect the Logic Analyzer
36
Test the ECL Threshold
37
Test the 0 V User Threshold
39
Test the Next Pod
40
Set up the Equipment
41
To Test the Single-Clock, Single-Edge, State Acquisition (Logic Analyzer)
41
Set up the Logic Analyzer
42
Connect the Logic Analyzer
44
Verify the Test Signal
47
Check the Setup/Hold Combination
48
Test the Next Channels
52
Set up the Equipment
53
To Test the Multiple-Clock, Multiple-Edge, State Acquisition (Logic Analyzer)
53
Set up the Logic Analyzer
54
Connect the Logic Analyzer
56
Verify the Test Signal
59
Check the Setup/Hold with Single Clock Edges, Multiple Clocks
60
Test the Next Channels
64
Set up the Equipment
65
To Test the Single-Clock, Multiple-Edge, State Acquisition (Logic Analyzer)
65
Set up the Logic Analyzer
66
Connect the Logic Analyzer
68
Verify the Test Signal
71
Check the Setup/Hold with Single Clock, Multiple Clock Edges
73
Test the Next Channels
76
Connect the Logic Analyzer
78
To Test the Time Interval Accuracy (Logic Analyzer)
78
Set up the Logic Analyzer
79
Acquire the Data
82
Set up the Equipment
83
To Test the Input Resistance (Oscilloscope)
83
Set up the Logic Analyzer
84
Connect the Logic Analyzer
85
Acquire the Data
86
Perform an Operational Accuracy Calibration
86
Set up the Equipment
87
To Test the Voltage Measurement Accuracy (Oscilloscope)
87
Set up the Logic Analyzer
88
Connect the Logic Analyzer
89
Acquire the Data
90
Set up the Equipment
91
To Test the Offset Accuracy (Oscilloscope)
91
Set up the Logic Analyzer
92
Connect the Logic Analyzer
93
Acquire the Zero Input Data
94
Acquire the DC Input Data
95
Set up the Equipment
96
To Test the Bandwidth (Oscilloscope)
96
Set up the Logic Analyzer
97
Connect the Logic Analyzer
99
Acquire the Data
100
Set up the Equipment
101
To Test the Time Measurement Accuracy (Oscilloscope)
101
Set up the Logic Analyzer
102
Connect the Logic Analyzer
104
Calibrating and Adjusting
117
Logic Analyzer Calibration
118
Set up the Equipment
119
To Calibrate the Oscilloscope
119
Load the Default Calibration Factors
120
Self Cal Menu Calibrations
121
Troubleshooting
127
To Use the Flowcharts
129
To Check the Power-Up Tests
137
To Run the Self-Tests
138
To Test the Power Supply Voltages
146
To Test the LCD Display Signals
147
To Test the Keyboard Signals
148
To Test the Flexible Disk Drive Voltages
150
To Test the Hard Disk Drive Voltages
152
To Perform the BNC Test
154
To Test the Logic Analyzer Probe Cables
155
The Ether Address
161
To Test the Auxiliary Power
162
Replacing Assemblies
163
Feet and Tilt Stand
167
To Remove and Replace the Handle
167
Cover
168
Acquisition Board
169
Disk Drive Assembly
169
CPU Board
180
Theory of Operation
191
Block-Level Theory
193
The Agilent 1670G-Series Logic Analyzer
194
The Logic Acquisition Board
197
The Oscilloscope Board
200
The Pattern Generator Board
205
Power-Up Self-Tests
207
System Tests (Syspv)
208
Analyzer Tests (Analy PV)
212
Oscilloscope Tests (Scope PV)
215
Pattern Generator Tests (Patt Gen)
216
Gpib
220
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