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Agilent Technologies E6000C User Manual
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S
S
1
E6000
C Mini-OTDR U
ser’
s
Guide
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
1
3
Table of Contents
Default Chapter
2
E6000C Mini-OTDR User's Guide
2
Safety Summary
4
Symbols
6
Initial Laser Safety Information
7
Safety Labels
9
About this Manual
12
Service and Support
13
Table of Contents
16
1 Getting Started
32
The Hardkeys
33
Figure 2 Mini-OTDR Hardkeys
34
External Markings
35
The Mini-OTDR Module
36
Removing a Module
37
Inserting a Module
38
Adding a Connector Interface
39
Switching on the Mini-OTDR
40
Figure 6 the Applications Screen
41
OTDR Mode
42
Taking a Measurement
43
Figure 8 the Trace Screen
44
The Parameter Windows
45
The Cursor and Select Keys
47
The Popup Panel
49
Zooming
50
The Settings Screen
51
The Measurement Settings Screen
52
The Pass/Fail Parameters Settings
55
Figure 13 the Pass/Fail Parameters Settings
56
The File Utilities Screen
60
Figure 14 the File Utilities Screen
61
Easymode
63
Figure 15 Easymode Popup Panel
64
Getting Help
65
Figure 16 the Mini-Otdr's Help Display
66
How the OTDR Works
68
Events
69
What You Can Measure with the OTDR
70
External Connections
71
Switches
72
Inserting and Removing a Floppy Disk, Flash Disk, or SRAM Card
73
Adding a Shoulder Strap
74
Inserting and Removing a Submodule
75
Battery Handling
76
Charging the Batteries
77
Battery Storage
78
Connecting an AC/DC Adapter
79
The Mini-Keyboard
80
Figure 24 Attaching a Keyboard
81
How to Connect the Fiber
83
Figure 25 Altering the Refractive Index
84
How to Make an Automatic Measurement
85
How to Run a Manual Measurement
87
How to Run the Measurement
88
How to Scan a Trace for Events
89
How to Use the Event Table
90
Figure 26 the Event Table
91
How to Lock the Event Table
92
How to Use the Pass/Fail Test
93
How to Run the Pass/Fail Test
94
Figure 29 Pass/Fail Test Failed Message
95
Figure 30 Pass/Fail Test Table
96
How to Set the Horizontal Offset
97
Figure 31 Trace with Horizontal Offset Set
98
How to Hide Events before the Offset
99
How to Print the Measurement
101
Figure 33 Typical Printout
103
How to Make a Screen Dump
104
How to Save the Measurement
105
Figure 35 the Save Menu
106
4 Sample Sessions: Analyzing an Existing Trace
109
Figure 36 Landmark Text Box
110
How to Add an Event Comment
111
How to Add a Reflective Event
112
How to Set the Level-Markers for Measuring Reflectance
113
Figure 39 Measuring Reflectance: Setting the Level-Markers
115
How to Set the Level-Markers for Measuring Insertion Loss
116
Figure 40 Level-Markers for Analyzing Insertion Loss
117
Figure 41 Measuring Insertion Loss: Setting the Level-Markers
119
How to Add a Non-Reflective Event
120
Figure 42 Declaring an End at the Edge of the Backscatter
121
How to Calculate Reflectance or Insertion Loss for Existing Events
122
How to Calculate Insertion Loss
123
How to Alter Measurements in Real Time
124
How to Measure in Construction Mode
125
How to Display and Compare Two Traces
126
Figure 44 Selecting the Empty Trace
127
How to Use the Vertical Offset
128
Figure 46 Cursor Diagram - Adjust Vertical Offset
129
5 Sample Sessions: Instrument Configuration
131
Figure 47 Instrument Configuration General Parameters Screen
132
Figure 48 Entering Numerical Data
133
Figure 49 Keyboard to Enter Text
134
How to Save the Instrument Configuration
135
Figure 50 OTDR Settings Screen
136
How to Set the Trace Information
137
Figure 51 Default Trace Info Configuration Screen
138
How to Set the Information for the Current Trace
139
How to Connect to a PC Using the RS232
140
How to Set the Instrument Setup
141
How to Set up the Printer Configuration
142
How to Update the Firmware and Languages
145
How to Update the Firmware
146
How to Recall Settings in Easymode
151
How to Read from a Presaved Template
152
How to Set up a Multi Fiber Test
153
Figure 57 Mutifiber Test Configuration Screen
154
How to Set the Multi Fiber Test Measurement Parameters
155
How to Set the Multi Fiber Test Trace Information
157
How to Set the Multi Fiber Test General Parameters
158
Figure 61 Multi Fiber Test General Parameters Screen
159
How to Take Multi Fiber Test Measurements
160
How to Use the Fiber Break Locator
161
Using the Fiber Break Locator
162
Figure 64 Fiber Break Locator: Refractive Index Selection
163
Figure 65 Fiber Break Locator Trace
164
How to Use Source Mode
165
How to Use the Power Meter Submodule
166
Figure 68 the Power Meter Screen
167
How to Send Code Modulated Output
168
How to Perform an Insertion Loss Measurement
169
How to Take a Reference Value
170
Figure 70 Fiber Setups for Performing an Insertion Loss Measurement
171
How to Take the Measurement
172
Figure 71 Applications Screen When the E6007A Submodule Is Attached
173
Safety Considerations
176
Initial Inspection
177
AC Line Power Supply Requirements
178
DC Power Supply Requirements
180
Altitude
181
Serial Interfaces
182
Claims and Repackaging
183
Installing New Firmware
184
Instrument and Options
186
B Accessories
187
Support Options
188
Additional Accessories
189
Related Agilent Literature
190
C Specifications
192
Definition of Terms / Measurement Conditions
193
Backscatter Coefficient
194
Center Wavelength
195
Distance Offset Error
196
Distance Sampling Error
198
Distance Scale Error
199
Dynamic Range (RMS)
200
Event Deadzone
201
Loss Accuracy, Backscatter Measurements (1 Db Steps
202
Loss Accuracy, Reflectance Measurements
203
Noise Level (98%)
204
Output Power Stability (CW)
205
Definition of Terms - Power Meter Submodule
206
Definition of Terms - Visual Fault Finder Submodule
207
Source Mode
208
Output Connector
209
Display
210
Built in Applications
211
Module Specifications/Characteristics
212
Characteristics
214
Agilent E6006A Power Meter Submodule
215
Specifications
216
General Specifications
217
Agilent E6007A Visual Fault Finder Submodule
218
Declaration of Conformity
219
General
220
D Single-Mode/Multimode Module Performance Tests
221
Test Failure
222
Conventions Used in this Appendix
223
Figure 74 Dynamic Range Test Setup: Single-Mode
224
Figure 76 Dynamic Range Test: Full Trace View
228
Figure 77 Dynamic Range Test: Position Marker at End of Frontreflection
229
Test II. Event Deadzone
231
Figure 78 Event Deadzone Test Setup
232
Figure 79 Event Deadzone Test: Position Marker a
233
Figure 80 Event Deadzone Test: Position Marker B
235
Test III. Attenuation Deadzone
236
Figure 81 Attenuation Deadzone Test: Position Marker a
238
Figure 82 Attenuation Deadzone Test: Marker B at End of Reflection
239
Test IV. Distance Accuracy (Optional)
240
Figure 84 Distance Accuracy Test Setup
241
Figure 85 Distance Accuracy Test: Position Markers
243
Performance Test Form Sheets
245
Test V. E6006A Power Meter Submodule
259
Uncertainty/Accuracy Test at Reference Conditions
260
Figure 88 Test Setup 1310 Nm and 1550 Nm: Measurement of the DUT
261
Total Uncertainty/Accuracy Test
262
General
267
Figure 89 Measurement of the Output Power
268
Optional Test: Center Wavelength
269
Cleaning Instructions for this Instrument
272
Safety Precautions
274
Why Is It Important to Clean Optical Devices
275
Standard Cleaning Equipment
276
Additional Cleaning Equipment
280
Preserving Connectors
282
Dust Caps and Shutter Caps
283
Cleaning Instrument Housings
284
Heavy Dirt
285
Preferred Procedure
286
How to Clean Connector Adapters
287
How to Clean Connector Interfaces
288
How to Clean Bare Fiber Adapters
289
How to Clean Lenses
290
Interface
291
How to Clean Instruments with an Optical Glass Plate
292
Preferred Procedure
293
Preferred Procedure
294
How to Clean Optical Devices Sensitive to Mechanical Stress
295
Alternative Procedure
296
Additional Cleaning Information
297
How to Clean Large Area Lenses and Mirrors
298
Other Cleaning Hints
300
Immersion Oil and Other Index Matching Compounds
301
Product Summary
302
F Environmental Profile
303
Operation Emissions
304
Agilent Technologies Manufacturing Process
305
G Overview
307
Figure 91 Use the Printer
308
Figure 92 Add/Delete Landmarks
309
Figure 93 Read From/Write to a Floppy Disk
310
Figure 94 Example VENDOR.INI File
313
H Appendix: VENDOR.INI
314
Ordering Information
314
I Appendix: 3- Λ Module
315
Module Specifications / Characteristics
316
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Agilent Technologies E6000C Specifications
General
Brand
Agilent Technologies
Model
E6000C
Category
Laboratory Equipment
Language
English
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