Tektronix cts710 Manuel d'utilisateur Page 278
- Page / 410
- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
Viewing Results
3–188
CTS 710 SONET Test Set User Manual
Cursor position
Graph name
Cursor
Measurement
results at
cursor position
Cross-hatch
means the test
was not running
during this time
History
Resolution
Power
Out
Indicator
Figure 3–61: Elements of a History Graph
Zooming History Graphs
History graphs display measurement history in intervals. Each
interval is represented by a bar on the history graph. The interval of
time represented by a bar can be changed. Changing the interval a
bar represents is called zooming. History graphs can be zoomed out
or in. When a history graph is zoomed out, a bar represents a
increasingly longer period of time. When a history graph is zoomed
in, a bar represents a decreasingly shorter period of time. Table 3–35
lists the intervals a bar can represent, depending on the history
resolution setting when the test was run.
Table 3–35: Time Represented by Bars on History Graph
History Resolution = Normal
(1 min samples)
History Resolution = Low
(15 min samples)
1 minute 15 minutes
5 minutes 60 minutes
Viewing Results
3–188
CTS 710 SONET Test Set User Manual
Cursor position
Graph name
Cursor
Measurement
results at
cursor position
Cross-hatch
means the test
was not running
during this time
History
Resolution
Power
Out
Indicator
Figure 3–61: Elements of a History Graph
Zooming History Graphs
History graphs display measurement history in intervals. Each
interval is represented by a bar on the history graph. The interval of
time represented by a bar can be changed. Changing the interval a
bar represents is called zooming. History graphs can be zoomed out
or in. When a history graph is zoomed out, a bar represents a
increasingly longer period of time. When a history graph is zoomed
in, a bar represents a decreasingly shorter period of time. Table 3–35
lists the intervals a bar can represent, depending on the history
resolution setting when the test was run.
Table 3–35: Time Represented by Bars on History Graph
History Resolution = Normal
(1 min samples)
History Resolution = Low
(15 min samples)
1 minute 15 minutes
5 minutes 60 minutes
- WARRANTY 3
- Table of Contents 5
- Reference 6
- Appendices 11
- Glossary and Index 12
- List of Figures 13
- List of Tables 18
- General Safety Summary 21
- Product Damage Precautions 22
- Safety Terms and Symbols 23
- How This Manual is Organized 25
- Conventions 25
- Related Manuals 26
- Contacting Tektronix 28
- Getting Started 31
- Accessories 32
- First Time Operation 33
- Velcro Strip 35
- 90–132 V 48–62 Hz 250 W 39
- 180–250 V 48–62 Hz 250 W 39
- Functional Overview 43
- Front-Panel Status Lights 46
- Reading the Display 48
- The Basic Menu Structure 51
- Displaying Help 54
- Connecting Signals 55
- Initiating Autoscan 57
- Changing Parameters 57
- Working with the Disk Drive 65
- Tutorial 69
- Setting Transmit Parameters 70
- Setting Receive Parameters 72
- Setting the Test Time 73
- RESULTS none none none 74
- Begin the Test 75
- Inserting Errors 76
- Error type set to Path B3 BIP 77
- Adjusting Pointers 78
- USER DEFINED 81
- Viewing Transport Overhead 82
- Viewing Test Results 85
- MAIN RESULTS none none 86
- Reference Reference 89
- Basic Test Procedures 91
- Network Continuity Checking 92
- Save to Disk Save Current 96
- Fault Tolerance Checking 98
- Performance Monitoring 108
- Starting and Stopping a Test 117
- Working with Test Setups 121
- Description EDIT TEXT 123
- Save to Memory Memory n 123
- Pass/Fail Tests 127
- Creating a Pass/Fail Test 134
- Checking Signal Status 145
- Viewing the Signal State 148
- Steps for Setting Parameters 153
- Setting the Transmit Rate 154
- Available SONET 155
- Transmit rates 155
- Setting the Transmit Clock 158
- Setting the Transmit Level 159
- Setting the Signal Structure 159
- Specifying the STS to Test 160
- Setting the Payload Mapping 161
- Setting the Test Pattern 165
- Setting Overhead Bytes 167
- EDIT BYTE 169
- Parameters 179
- Available tributary 181
- Setting the Line Clock Offset 183
- Specifying the Framing 184
- Specifying the Test Pattern 186
- Setting the Receive Rate 190
- Receive Rates 191
- Setting the Receive Level 193
- Specifying Which STS to Test 194
- Setting the Mapping 194
- Dropping a Tributary Signal 201
- Viewing Overhead Bytes 205
- Setting the Framing 214
- Simulating Error Conditions 221
- Setting Alarms 225
- Simulating Transmit Failures 228
- Setting Pointers 231
- Changing Timing 239
- Generating Pointer Sequences 241
- Cool Down Time On 249
- Setting the APS Mode 251
- Setting the K1 Byte 252
- Setting the K2 Byte 256
- The RECEIVE 262
- Viewing Results 263
- Viewing Detailed Results 264
- Viewing Measurement Histories 271
- STS Pointer Value 274
- VT Pointer Value 274
- Zooming History Graphs 278
- 15 minutes 4 hours 279
- 60 minutes 12 hours 279
- Panning History Graphs 280
- Saving and Recalling Results 282
- Printing Results 286
- Changing Instrument Settings 289
- Turning the Beeper On and Off 291
- Setting the Date 292
- Setting the Time 292
- Changing the Printer Setup 293
- Running Instrument Self Tests 300
- Appendices Appendices 303
- Appendix A: Menu Maps 305
- SAVE PASS/FAIL TESTS Page 307
- APS COMMANDS Page (2 of 3) 318
- APS COMMANDS Page (3 of 3) 319
- SIGNAL STATUS Page 324
- TRANSPORT OVERHEAD Page 324
- MAIN RESULTS Page 326
- ERROR ANALYSIS Page 326
- PRINTER SETUP Page 329
- REMOTE CONTROL Page 330
- INSTR CONFIG Page 331
- SELF TEST Page 331
- Status Messages 333
- Error Messages 335
- Appendix D: Specifications 343
- Loop-Back Connection 364
- How to Proceed 365
- SONET Signals 366
- VGA Video Output 373
- RS-232 Port 375
- GPIB Port 375
- External Clock Input 376
- Calibration Signal Output 376
- Overhead Add/Drop Port 377
- BITS Timing Reference Input 379
- Connectors 381
- Glossary 389
- SONET Signal Hierarchy 394
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