Sign In
Upload
Manuals
Brands
Agilent Technologies Manuals
Controller
8169A
Agilent Technologies 8169A Manuals
Manuals and User Guides for Agilent Technologies 8169A. We have
1
Agilent Technologies 8169A manual available for free PDF download: User Manual
Agilent Technologies 8169A User Manual (168 pages)
Polarization Controller
Brand:
Agilent Technologies
| Category:
Controller
| Size: 1.15 MB
Table of Contents
Table of Contents
5
Getting Started
10
General Safety Considerations
10
The Basic Operating Principle
12
Using the Polarization Controller for Polarization Analysis
13
Editing
14
Editing Using the Entry Keys
15
Editing Using the Modify Keys and Knob
15
Resetting Parameters
16
2 Setting a State of Polarization
17
Setting up the Hardware
18
Setting the Position of the Polarizing Filter
19
Setting the State of Polarization
20
Using the Circle Mode
21
Positioning the L/4 and L/2 Retarder Plates
21
Example: Setting the Optimum Transmission Sop
22
Set the Polarizing Filter
23
Setting the Worst Case Transmission Sop
24
Setting the Optimum Transmission Sop
26
3 Scanning the Poincare Sphere
27
Setting up the Hardware
28
Setting up and Executing a Scan
29
Example: Measuring the Response to a "Depolarized
30
Signal
30
Set the Polarizing Filter
31
Setting up the Instruments
32
Running the Scan
32
Example: Measuring a Polarization Dependent Loss
33
Set the Polarizing Filter
34
Setting up the Instruments
35
Running the Scan
35
Analyzing the Results
35
Setting the GPIB Address
38
5 Programming the Polarization Controller
39
GPIB Interface
40
Returning the Instrument to Local Control
41
Setting the GPIB Address
41
Clearing the Input Queue
42
How the Input Queue Works
42
How the Polarization Controller Receives and Transmits
42
Messages
42
Conventions
43
Some Notes about Programming and Syntax Diagram
43
The Error Queue
43
The Output Queue
43
Short Form and Long Form
44
Command and Query Syntax
45
6 Remote Commands
47
Command Summary
50
The Common Commands
52
Common Status Information
53
SRQ, the Service Request
54
Cls
54
Ese
55
Esr
56
Idn
56
Opc
57
Rcl
58
Rst
58
Sav
59
Sre
59
Sre
60
Stb
60
Tst
61
Wai
62
Switching on and off the Instrument Display
64
Display:enable
64
Positioning the Polarizing Filter
65
[:Input]:Position:polarizer
65
Setting the State of Polarization
66
[:Input]:Circle:epsilonb
66
[:Input]:Circle:thetap
67
[:Input]:Position:half
68
[:Input]:Position:quarter
69
Scanning the Poincare Sphere
70
[:Input]:Psphere:rate
70
Initiate[:Immediate]
70
Abort
71
Status Commands
72
Setting up the Status Registers
73
Status:preset
73
Status:operation:ntransition
73
Status:operation:ntransition
74
Status:operation:ptransition
74
Status:operation:enable
74
Status:questionable:ntransition
75
Status:questionable:ntransition
76
Status:questionable:ptransition
76
Status:questionable:enable
77
Checking the Status
78
System Commands
81
7 Programming Examples
83
Example 1 - Checking Communication
84
Example 2 - Status Registers and Queues
85
Example 3 - Finding the Optimum Transmission Sop
88
Example 4 - Finding the Polarization Dependence
92
8 Installation
95
Initial Inspection
96
Safety Considerations
96
This Appendix Provides Installation Instructions for the Polarization
96
AC Line Power Supply Requirements
97
Line Power Cable
97
Replacing the Fuse
99
Operating and Storage Environment
100
Replacing the Battery
100
Temperature
100
Altitude
101
Humidity
101
Installation Category and Pollution Degree
101
Instrument Positioning and Cooling
101
Optical Output
102
Switching on the Polarization Controller
102
Trigger Input and Output
102
Connector
103
GPIB Interface
103
Claims and Repackaging
104
GPIB Logic Levels
104
Return Shipments to Agilent
105
9 Accessories
107
Connector Interfaces and Other Accessories
108
GPIB Cables and Adapters
108
Instrument and Options
108
Option 021, Straight Contact Connector
109
Option 022, Angled Contact Connector
110
Introduction
112
Other Specifications
113
Declaration of Conformity
114
11 Performance Test
115
Introduction
116
Insertion Loss Variation with Rotation of L/4 and L/2 Plates
117
Example
120
Insertion Loss Versus Wavelength
121
Example
124
Extinction Ratio of Polarizer
125
Example
127
12 Cleaning Information
131
Safety Precautions
133
Why Is It Important to Clean Optical Devices
134
What Materials Do I Need for Proper Cleaning
135
Standard Cleaning Equipment
135
Additional Cleaning Equipment
138
Preserving Connectors
140
Cleaning Instrument Housings
141
General Cleaning Procedure
142
How to Clean Connectors
142
How to Clean Optical Head Adapters
144
How to Clean Connector Interfaces
145
How to Clean Bare Fiber Adapters
145
How to Clean Instruments with a Fixed Connector Interface
147
How to Clean Instruments with a Physical Contact Interface
148
How to Clean Instruments with a Recessed Lens Interface
151
How to Clean Optical Devices Which Are Sensitive to Mechanical Stress and Pressure
152
How to Clean Metal Filters or Attenuator Gratings
152
Additional Cleaning Information
154
How to Clean Bare Fiber Ends
154
How to Clean Large Area Lenses and Mirrors
154
Other Cleaning Hints
157
Display Messages
160
GPIB Messages
161
Advertisement
Advertisement
Related Products
Agilent Technologies Turbo-V 81-AG
Agilent Technologies 8299011
Agilent Technologies 8299020
Agilent Technologies 8299100
Agilent Technologies 8299201
Agilent Technologies 8299400
Agilent Technologies 8299401
Agilent Technologies 8299210
Agilent Technologies 8299211
Agilent Technologies 8299022
Agilent Technologies Categories
Measuring Instruments
Laboratory Equipment
Test Equipment
Water Pump
Power Supply
More Agilent Technologies Manuals
Login
Sign In
OR
Sign in with Facebook
Sign in with Google
Upload manual
Upload from disk
Upload from URL