Sign In
Upload
Manuals
Brands
Agilent Technologies Manuals
Measuring Instruments
HP E5574A
Agilent Technologies HP E5574A Manuals
Manuals and User Guides for Agilent Technologies HP E5574A. We have
1
Agilent Technologies HP E5574A manual available for free PDF download: User Manual
Agilent Technologies HP E5574A User Manual (260 pages)
Optical Loss Analyzer
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 3.93 MB
Table of Contents
Table of Contents
13
Figures
20
1 Introducing the HP E5574A Optical Loss Analyzer
23
The Components of the OLA
25
The OLA Components
25
What You Can Do with the OLA
26
Operational Modes
26
The OLA Applications
27
The OLA Front Panel Keys
28
The OLA Front Panel
28
The Softkeys
29
The more Key
29
The Keypad
29
Select Application Display
29
The Cursor Control Keys
30
The Rotary Knob
31
Operating the OLA
31
Example of an Application Display
31
Help Is Available
32
Getting Started
33
Power-On
33
General Instrument Settings
34
Preset Display
34
Zeroing the Heads
35
Storing the Reference Power
36
Setup for Measuring the Reference Power
37
Checking the Stability
38
How to Obtain Exact Results
39
Mechanical Stability
39
Selection of the Optical Heads
39
The Influence of the Output Connector
40
2 Taking Polarization Dependent Measurements
42
Measuring Polarization Dependent Loss
43
PDL Measurement Setup
43
Setup for PDL Measurements
43
Starting the Measurement
44
Polarization Dependent Loss Display
44
Checking the Measurement Conditions
45
Checking the Stability of the Setup
45
Repeating the PDL Measurement
45
Measuring PDL and Insertion Loss Simultaneously
46
Explanation of the Results
46
Polarization Dependent Loss / Insertion Loss Display
46
Measuring the Polarization Dependent Characteristics of Couplers
48
PD Coupler Test Measurement Setup
48
Setup for PD Coupler Test
48
Starting the Measurement
49
Checking the Measurement Conditions
50
Checking the Stability of the Setup
50
Continuing the Measurement
51
Repeating the Measurement
51
Explanation of the Results
52
Connection Scheme for Optical Couplers
52
3 Taking Standard Loss Measurements
56
Measuring the Insertion Loss
57
Insertion Loss Measurement Setup
58
Setup for Insertion Loss Measurements
58
Starting the Measurement
59
Checking the Measurement Conditions
59
Insertion Loss Display
59
Checking the Stability of the Setup
60
Explanation of the Result
60
Measuring the Return Loss
60
Return Loss Calibration Setup
61
Setup for Return Loss Calibration
61
Calibrating for RL Measurements
62
Return Loss Settings Display
62
Return Loss Calibration Display
63
Return Loss Measurement Setup
64
Setup for Return Loss Measurements
64
Starting the Measurement
65
Checking the Stability of the Setup
65
Checking the Influence of Polarization
65
Return Loss Display
65
Explanation of the Result
66
4 Testing Optical Couplers
67
Measuring Optical Coupler Characteristics
69
Coupler Test Measurement Setup
69
Setup for Coupler Test
69
Starting the Measurement
70
Checking the Measurement Conditions
71
Checking the Stability of the Setup
71
Continuing the Coupler Test
72
Measuring the Directivity
73
Coupler Test Directivity Display
73
Explanation of the Results
74
Connection Scheme for Optical Couplers
74
5 Measuring Power
76
Measuring Absolute and Relative Power
77
Powermeter Measurement Setup
77
Powermeter Setup
77
Starting the Measurement
78
Checking the Measurement Conditions
78
Powermeter Display
78
Powermeter Settings Display
78
Storing a Reference Value
79
Setting the Measurement Mode
80
Measuring the Fluctuation of Optical Power
81
Powermeter Minimum/Maximum Display
81
Explanation of the Results
82
6 Using the OLA as a Laser Source and Polarization Controller
84
Using the OLA as a Laser Source
85
Using the Internal Laser
85
Using an External Source
86
Using the OLA as a Polarization Controller
86
Sweeping through All States of Polarization
87
Polarization Controller Rate Settings Display
88
Setting a Reproducible State of Polarization
89
Polarization Controller Paddle Settings Display
89
7 Instrument Settings and Software Status
92
Checking the General Instrument Settings
93
Checking the System Configuration
93
Checking the Software Status
94
8 HP-IB Programming
96
Introduction to Programming the OLA
97
The HP Interface Bus
97
Setting the HP-IB Address
98
Modes of Operation
98
OLA Specific Features
99
How the OLA Processes HP-IB Commands
100
Some Notes about Programming and Syntax Conventions
101
Command Summary
103
IEEE Common Commands
103
SCPI Standard STATUS Commands
104
OLA Specific Commands
105
IEEE Common Commands
109
General Remarks
110
Command Descriptions
111
Command *Ese
112
Bit
113
Decimal Value
113
Lsb)
113
Mnemonic
113
Msb)
113
Related Commands
114
Example OUTPUT 724;"*ESE
114
Enter 724;A
115
Standard STATUS Commands
120
General Remarks
120
Command Descriptions
122
OLA Specific Commands
127
Rear Panel Markings
170
Releasing the Fuse Holder
170
The Fuse Holder
171
Correct Positioning of the HP E5574A
173
The HP-IB Connector
174
Center Wavelength Test Setup
200
Output Power Test Setup
201
CW-Stability Short Term Test Setup
202
Accuracy Test Setup
204
Linearity Test Setup
206
PDL/PDG Uncertainty Test Setup
208
Example Drawings
209
Repeatability PDL/PDG Test Setup
210
Noise Test Setup
212
Related Commands *ESE
114
Output 724;*Ese
114
Advertisement
Advertisement
Related Products
Agilent Technologies HP 8566B
Agilent Technologies HP 16500B
Agilent Technologies HP 16501A
Agilent Technologies HP 5890 II Series
Agilent Technologies HP 5890 II Plus Series
Agilent Technologies HP 1660ES Series
Agilent Technologies HP 1660EP Series
Agilent Technologies HP 8719D
Agilent Technologies HP 8720D
Agilent Technologies HP 8722D
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