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577L
Rifocs 577L Manuals
Manuals and User Guides for Rifocs 577L. We have
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Rifocs 577L manual available for free PDF download: User Manual
Rifocs
577L
User Manual
Rifocs 577L User Manual (122 pages)
BENCH TOP POWER METER
Brand:
Rifocs
| Category:
Measuring Instruments
| Size: 0 MB
Table of Contents
Ec Declaration of Conformity
3
Table of Contents
4
1 Quick Start
10
Figure 1-1 Front Panel Assignments
10
Figure 1-2 Rear Panel Assignments
11
Front Panel Description
11
Rear Panel Description
12
Figure 1-3 Front Panel Button Assignments
13
Secondary Functions
13
Table 1-1 Secondary Function Quick Reference
14
Figure 1-4 Secondary Function State Diagram
15
Remote Terminal Commands
15
Table 1-2 Remote Command Quick Reference
16
Table 1-2 Remote Command Quick Reference (Continued)
17
2 General Information
18
Specifications
20
Table 2-1 Specifications at 18 ° C to 25 ° C
21
Table 2-1 Specifications at 18 ° C to 25 ° C (Continued)
22
Specification Definitions
23
Warranty Information
25
Statement of Calibration
26
3 Initial Preparation
28
Unpacking and Inspection
28
Damaged in Shipment
28
Standard Contents
28
Preparation for Use
28
4 Front Panel Operation
30
Table 4-1 Summary of Front Panel Functions
30
Figure 4-1 LCD Segments and Annunciators
32
Table 4-2 Summary of Front Panel Secondary Functions
32
Table 4-2 Summary of Front Panel Secondary Functions (Continued)
32
Eeprom
34
Power-Up
34
Table 4-3 Factory Parameters Stored in EEPROM
35
Warm-Up Period
35
Figure 4-2 Connecting the SNAP-ON Adapter
36
Optical Input Port (RCVR)
36
Dbm - Absolute Log Units
37
How to Select Measurement Units
37
How to Zero
37
Table 4-4 Sensitivity Levels of the Power Meter
37
Zero Drift and Minimum Light Detection
37
Db - Relative Log Units
38
HOLD - Autoranging / Range Hold
38
Select Wavelength
38
WATT - Absolute Linear Units
38
Figure 4-3 Error Code -E2- Displayed
39
ZERO - Automatic Zeroing
39
FUNCTION 1 - Selecting the Label Format
40
FUNCTION 2 - Setting the Label Serial Number
40
PRINT - Print Label
40
Secondary Functions
40
Secondary Functions Menu
40
Address
41
FUNCTION 3 - Setting the I
41
FUNCTION 4 - Setting the BAUD Rate
41
FUNCTION 5 - Selecting Default Wavelength
41
FUNCTION 6 - Selecting Default Mode
41
FUNCTION 7 - Setting the Year
42
FUNCTION 8 - Setting the Date (Day-Month)
42
FUNCTION 9 - Setting the Time
42
Figure 4-4 LCD Display While in REL+RATIO Mode
43
FUNCTION 10 - Selecting REF/REL+RATIO
43
Figure 4-5 LCD Display While in REF Mode
44
Figure 4-6 Multi-Channel Ratio (A/B) Measurements
45
FUNCTION 11 - Range Hold Configuration
45
FUNCTION 12 - Display Software Revision Level
46
Table 4-5 Range Hold Configuration Options
46
FUNCTION 13 - Set Db Mode Configuration
47
Table 4-6 Error Codes
48
5 System Configuration
50
Typical Systems
50
Figure 5-1 a Single 575L Controlled by a Computer
50
Figure 5-2 Two 575Ls Controlled by a Computer
51
Figure 5-3 Multi-Channel Db Ratio Measurements
51
Figure 5-4 a 575L Connected to a Parallel Printer
52
RS232 Interface
53
I 2 C Bus Connections
55
Figure 5-6 C Bus Interface Pinout
55
Figure 5-7 C Bus Cable
56
Figure 5-8 Parallel Printer Connector Pinout
57
Table 5-3 Parallel Printer Connector Wiring
58
6 Remote Operation
60
Table 6-1 Summary of Remote Commands (Continued)
61
Remote Commands
62
Table 6-1 Summary of Remote Commands
62
Figure 6-1 Two 575Ls Controlled by a Computer
63
Creating and Loading Label Format Files
69
Table 6-2 Format Specifiers for Label Printing
71
Data Format
73
Table 6-3 575L Return String Data Format
74
Table 6-3 Return String Data Format (Continued)
75
Table 6-3 575L Return String Data Format (Continued)
76
Table 6-4 575L Data Return String Examples
77
Table 6-4 575L Data Return String Examples (Continued)
79
Table 6-4 575L Data Return String Examples (Continued)
80
Using a Terminal Emulation Program with the 575L
81
Programming Example in BASIC
82
7 Applications
84
Optical Power Measurement
84
End-To-End Loss Measurement
84
Figure 7-1 EMS Apparatus (Mandrel Wrap)
85
Index
87
Figure 7-2 Initial Reference Power Level
88
Figure 7-3 Test Cable Power Level
88
Connector and Component Loss Measurement
89
Figure 7-4 Block Diagram of Component Insertion Loss Measurement
90
8 Theory of Operation
92
Functional Description
92
Figure 8-1 Basic Components of the 575L
92
Optical Detector
93
CPU Board
93
Display Board
95
9 Accessories
96
Fiber Optic Adapters
96
Table 9-1 RIFOCS Snap-On (SOC) Series Adapters
96
Rack Mount Adapter
97
Table 9-2 RIFOCS Interface Cables
97
10 Performance Verification
98
Environmental Conditions
98
Recommended Test Equipment
98
Table 10-1 Recommended Test Equipment
99
Initial Conditions
100
Equipment Set-Up
100
Figure 10-1 Diagram of Equipment Set-Up for Calibration
100
Verifying Calibration Accuracy
101
Verifying Linearity
101
Table 10-2 Linearity Test Chart for 780Nm, 850Nm
103
Table 10-3 Linearity Test Chart for 1300Nm-1550Nm
104
Verifying Analog Output Accuracy
105
Figure 10-2 Equipment Set-Up for Analog Output Verification
105
Table 10-4 Analog Output Accuracy Verification Chart
106
11 Optical Calibration
108
Calibration
108
Recommended Calibration Equipment
108
Table 11-1 Recommended Calibration Equipment
109
Environmental Conditions
111
Equipment Set-Up
111
Figure 11-1 Diagram of Equipment Setup for Calibration
111
Calibration Procedure
112
Figure 12-1 Fuse Installation
114
Maintenance
114
Table 12-1 Troubleshooting Chart
115
Table 12-1 Troubleshooting Chart (Continued)
116
Table 12-1 Troubleshooting Chart (Continued)
117
Table 12-1 Troubleshooting Chart (Continued)
118
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