Agilent Technologies 6002A Guia do Utilizador Página 67
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E6000C Mini-OTDR User’s Guide, E0302 67
2
2 Additional Features
Additional Features introduces additional features of the
Agilent Technologies E6000C Mini-OTDR (Optical Time
Domain Reflectometer). Here you will find descriptions of
how an OTDR works, and how you can add external
features to your Mini-OTDR.
How the OTDR Works
The OTDR repeatedly outputs an optical pulse into the
connected fiber and measures the reflections from this
pulse. The trace displayed on the screen is a graph of this
reflected power (backscatter) as a function of the distance
along the fiber.
- E6000C Mini-OTDR User’s Guide 1
- Safety Summary 3
- ATMOSPHERE 4
- Hazardous laser radiation 5
- Safety Labels 8
- Submodule E6007A 10
- About This Manual 11
- 6HUYLFHDQG6XSSRUW 12
- Service and Support 14
- 1 Getting Started 31 15
- 2 Additional Features 67 16
- B Accessories 185 19
- C Specifications 191 19
- Characteristics 206 20
- E Cleaning Information 271 22
- F Environmental Profile 301 23
- G Overview 305 24
- H Appendix: VENDOR.INI 311 24
- I Appendix: 3-λ Module 313 24
- Getting Started 31
- The hardkeys 32
- External Markings 34
- The Mini-OTDR module 35
- Removing a Module 36
- Inserting a Module 37
- Adding a Connector Interface 38
- Switching on the Mini-OTDR 39
- The Applications Screen 39
- OTDR Mode 41
- Taking a Measurement 42
- The parameter windows 44
- NALYSIS] 45
- ETTINGS] menu. The available 45
- The Cursor and Select keys 46
- The popup panel 48
- The Settings screen 50
- UN/STOP again 51
- The File Utilities screen 59
- NTERNAL, FLOPPY 61
- Getting Help 64
- Additional Features 67
- External connections 70
- Switches 71
- Flash Disk, or SRAM Card 72
- Adding a Shoulder Strap 73
- Battery Handling 75
- Charging the Batteries 76
- Battery Storage 77
- Battery safety 77
- Connecting an AC/DC Adapter 78
- The Mini-Keyboard 79
- How to Connect the Fiber 82
- How to Change the Refractive 82
- Index Setting 82
- EFR. IND.> box 83
- How to Make an Automatic 84
- Measurement 84
- How to Run a Manual 86
- How to Run the Measurement 87
- NALYSIS]<SCANTRACE> 88
- How to Use the Event Table 89
- How to Lock the Event Table 91
- How to Use the Pass/Fail test 92
- How to run the Pass/Fail test 93
- UTO PASS/FAIL> from the 96
- IEW]<SET H-OFFSET to A> 96
- ET H-OFFSET TO B> 97
- How to Set the Fiber End 98
- ELECT. Follow “How 99
- How to Print the Measurement 100
- How to make a screen dump 103
- How to Save the Measurement 104
- How to save with a new name 106
- Existing Trace 107
- How to Add a Landmark 108
- IEW] menu 109
- ELECT key 109
- How to Add an Event Comment 110
- How to Add a Reflective Event 111
- Measuring Reflectance 112
- P to return to step 8 114
- Measuring Insertion Loss 115
- P to return to step 19 117
- ELECT to continue 118
- ELECT again to select Ok 118
- How to Add a Non-Reflective 119
- P key (marked A↔B on 120
- Insertion Loss for existing 121
- How to alter measurements in 123
- How to Display and Compare 125
- Two Traces 125
- “How to Set the 126
- Sample Sessions: Instrument 129
- Configuration 129
- How to Set the General 130
- How to change a text setting 132
- How to Set the OTDR Settings 134
- IEW - PREFERENCES options 136
- ELECT. The 137
- How to Connect to a PC using 139
- How to Set up the Printer 141
- How to Add a Logo 142
- ELECT. You see a dialog box 143
- How to Update the Firmware 144
- How to Update the Languages 145
- How to Recall Settings in 150
- EasyMode 150
- LOSE] from the popup 151
- ELECT to read from this file 151
- Config page 152
- Measurement Parameters 154
- How to change the file name 155
- Information 156
- Parameters 157
- Measurements 159
- How to Use the Fiber Break 160
- Using the Fiber Break Locator 161
- ELECT. You 163
- ELECT. If you want to 163
- How to Use Source Mode 164
- How to Use the Power Meter 165
- Submodule 165
- λ from the 166
- Reference Value 167
- How to Perform an Insertion 168
- Loss Measurement 168
- How to Take a Reference value 169
- How to Use the Visual Fault 171
- Finder submodule 171
- OD. You can choose CW for 173
- Installation and Maintenance 175
- Initial Inspection 176
- AC Line Power Supply 177
- Requirements 177
- DC Power Supply Requirements 179
- Operating and Storage 179
- Environment 179
- Parallel Interface 180
- Serial Interfaces 181
- Claims and Repackaging 182
- Installing New Firmware 183
- Accessories 185
- Support Options 187
- Accessories supplied 187
- Related Agilent Literature 189
- Specifications 191
- Definition of Terms / 192
- Measurement Conditions 192
- Extrapolated 193
- Distance 193
- Center wavelength 194
- Distance accuracy 194
- Distance offset error 195
- →group index setting 196
- Analog Waveform 197
- Digitized Waveform 197
- Distance scale error 198
- Dynamic range (RMS) 199
- Deadzone 200
- AAerrorLoss 201
- Noise level (98%) 203
- Noise level (RMS) 203
- Output power (CW) 203
- Output power stability (CW) 204
- Reflectance accuracy 204
- Sample spacing 204
- Signal-to-noise ratio (SNR) 204
- Conditions: 205
- Characteristics 206
- ±0.1 dB ±0.15 dB ±0.1 dB / 207
- ±0.15 dB 207
- Output Connector 208
- Documentation 208
- Scan Trace 208
- Interfaces 209
- Built in Applications 210
- Environmental 210
- 19/17 24/22 30/29 35/34 211
- - / 40 43/ 212
- Agilent E6006A Power Meter 214
- Supplementary Performance 215
- General Specifications: 216
- Agilent E6007A Visual Fault 217
- Finder Submodule 217
- Declaration of Conformity 218
- Single-Mode/Multimode Module 219
- Performance Tests 219
- Test R ecor d 220
- Test F a ilure 221
- Instrument Specification 221
- Test I. Dynamic Range 222
- ETTINGS] 225
- IEW] menu: 225
- NALYSIS] menu 225
- PT. LOSS> 225
- UN/STOP, wait while measuring 226
- OWN (Full Trace) 226
- OOM], then use cursors 227
- IEW]<ADJUST V-OFFSET> 227
- ELECT> 228
- OWN (Around B) to get better 229
- OOM} → 2 km/Div 229
- OOM} → 1dB/Div 229
- Test II. Event Deadzone 230
- Test IV. Distance Accuracy 239
- (Optional) 239
- OWN (Around B) 242
- Performance Test Form Sheets 244
- ∆ on the screen) 247
- Test V. E6006A Power Meter 258
- Conditions 259
- Measurement of DUT 260
- Test of the other wavelength 261
- Reference Measurement 262
- Test of other wavelengths 263
- Fault Finder Submodule 266
- ERO} on the Multimeter 267
- NSTRPRESET 268
- INGLE SWEEP 269
- PAN key 269
- Cleaning Information 271
- Safety Precautions 273
- Why is it important to clean 274
- What do I need for proper 274
- Standard Cleaning Equipment 275
- Cotton swabs 276
- Soft tissues 277
- Pipe cleaner 277
- Compressed air 278
- Additional Cleaning Equipment 279
- Ultrasonic bath 280
- Warm water and liquid soap 280
- Premoistened cleaning wipes 280
- Preserving Connectors 281
- Making Connections 281
- Dust Caps and Shutter Caps 282
- Matching Compounds 283
- Cleaning Instrument Housings 283
- Which Cleaning Procedure 283
- How to clean connectors 284
- Preferred Procedure 285
- Procedure for Stubborn Dirt 285
- An Alternative Procedure 285
- How to clean connector 286
- How to clean lenses 289
- How to clean optical devices 294
- Alternative Procedure 295
- How to clean bare fiber ends 296
- Alternative Procedure A 298
- Alternative Procedure B 298
- Other Cleaning Hints 299
- Environmental Profile 301
- Materials of Construction 302
- Energy Use/Efficiency 302
- Operation Emissions 303
- Materials of Packaging 303
- Learning Products 303
- Agilent Technologies 304
- Manufacturing Process 304
- Overview 305
- GOverview 306
- Figure 90 View a Trace 306
- Figure 91 Use the printer 307
- Appendix: VENDOR.INI 311
- Appendix: 3-λ Module 313
- Laser Safety Information 314
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