canoga perkins 2240 Fiber Optic Modem Manuals

canoga perkins 2240 Fiber Optic Modem Manuals

Manuals and User Guides for canoga perkins 2240 Fiber Optic Modem. We have 1 canoga perkins 2240 Fiber Optic Modem manual available for free PDF download: User Manual

canoga perkins 2240 User Manual

canoga perkins 2240 User Manual (106 pages)

Fiber Optic Modem

Brand: canoga perkins | Category: Modem | Size: 2 MB

Table of Contents

Table of Contents
5
Description

11
- 2240 Modem
  11
- Model 2240 Modem
  11
  - Functions, Leds and Switches
    12
List of Tables

12
- A Control Leads Available
  12
  - 2201 Rack Chassis
    13
  - 2202 Modem Shelf
    13
- Model 2201 Rack Chassis
  13
  - 2200R Series Redundant Card
    14
  - Modem Operation
    14
    
    General
    14
- Model 2202 Modem Shelf
  14
- 2240 Functional Block Diagram
  15
  - System Test and Diagnostics
    16
  - Transmit Section
    16
  - Receive Section
    17
  - Expanded Interface Control Channels
    17
  - Expanded Interface Auxiliary Channels
    17
  - Fiber Optics
    18
  - Loss Budget
    18
  - Initial Unit Testing
    18
Installation and Setup

19
- Installation
  19
  - Unpacking the Unit
    19
  - Standalone Modem Installation
    19
  - Rack-Mount Modem Installation
    20
  - Fiber Cable and Connectors
    20
- 2240 Standalone Rear Panel Layout
  20
  - 2202 Modem Shelf Installation
    21
  - Custom Oscillator Installation
    21
- Location of Oscillators
  21
  - Setup
    22
    
    HI / lo Optic Power Switch
    22
- A Link Loss Range
  22
- Eight-Position Internal Options DIP Switch
  23
  - Internal Control Switches
    24
  - Carrier Detect (CD) Signal Options
    24
- Factory Setting for CD / DCD or CD / SYNC Switches
  24
  - Internal Clock Option Switches
    25
  - TBL / NORM Switch
    25
  - CLK / EXT Switch
    25
  - Signal Ground Strap
    26
  - SCT Normal / Invert Jumper
    26
  - EXTRA CLOCK Jumper
    27
- Extra Clock Pins in Tail Circuit Application at Clock Source End
  28
Mode and Rate Selection

29
Data Interfaces

41
- Data Interfaces Overview
  41
- Interchangeable Interfaces
  41
  - 232D Model 432
    42
- A RS-232D Pinouts
  43
  - RTS_BIAS Jumper
    44
  - DCD Jumper
    44
  - CTS_GATE Jumper
    44
  - DSR Jumper
    45
  - CH_GND Jumper
    45
  - 422 Model 422
    45
- B RS-449 Pinouts
  46
  - RS_BIAS Jumper
    48
  - RR Jumper
    48
  - CS_GATE Jumper
    48
  - DM Jumper
    49
  - CH_GND Jumper
    49
  - UNBAL_REF Jumper
    49
  - Interface Model 430
    50
- C RS-530 Signals and Pin Assignments
  51
  - RTS_BIAS Jumper
    52
  - DCD Jumper
    52
  - DSR Jumper
    52
  - CHASSIS_GND Jumper
    52
  - SCT Switch
    53
  - CTS_GATE Jumper
    53
  - CTS_GATE Jumper
    54
  - CTS_OUT Jumper
    54
  - CTS (A) Jumper
    54
  - KG_SWING Jumper
    54
  - KG_OUT Jumper
    54
- CCITT V.35 (ISO 2593-1993) Model 436
  55
- E CCITT V.35 Pinouts
  56
- F Pinout Differences (-435 Vs. -436)
  57
  - RTS_BIAS Jumper
    58
  - DCD Jumper
    58
  - CTS_GATE Jumper
    58
  - DSR Jumper
    59
  - CH_GND Jumper
    59
- Multi-Channel Interfaces
  60
  - RS-423 Model MC1
    60
- G RS-366A Adapters
  60
  - DC-37 Interface
    61
- H RS-449 Pinouts for Model MC1
  61
  - RS_BIAS Jumper
    63
  - RR Jumper
    63
  - CS_GATE Jumper
    63
  - CH_GND Jumper
    64
  - UNBAL_REF Jumper
    64
  - RS-423 / DB-25 Interface
    64
  - I RS-423 Pinouts for Model MC1
    65
  - RS-423 Model MC2
    66
  - J RS-366A Adapters
    66
  - CCITT V.35 / MRC 34 Interface
    67
- K CCITT V.35 Pinouts for MC2
  68
  - RTS_BIAS Jumper
    69
- L Pinout Differences (MC2/435 Vs. MC2/436)
  69
  - DCD Jumper
    70
  - CTS_GATE Jumper
    70
  - CH_GND Jumper
    70
  - RS-423 / DB-25 Interface
    71
- T1 / E1 Interfaces
  71
  - Transparent Bipolar - Models 4BX
    71
- M Configuration Switch Settings
  72
- N Transparent Bipolar Line Interfaces
  73
- Transparent Bipolar Interface Connectors
  74
- Example of Link between Bipolar and Clocked Interface
  74
- TTL / BNC Interface Model -BN
  75
- BNC Connectors
  75
- Programmable Buffered Interface / Model P53
  76
- O BNC Supported Signals
  76
- Board Layout for Programmable Buffered Interface
  79
- P Delay Times for Programmable Buffered Interfaces
  79
  - Jumper Settings
    80
- R Strap Configurations for RLSD (CD) Output
  80
  - Generic Interface
    81
- Programmable Buffered Interface, Model P53, Basic DCE RS-530
  81
  - External Station
    82
- External Station Programmable Buffered Interface, Model P53
  82
- Programmable Buffered Interface, Model P53, External Station
  82
  - Internal
    83
  - External
    84
  - DTE Adapter
    85
- Programmable Buffered Interface, Model P53 [DTE]
  85
  - Legacy Adapter
    86
  - Programmable Buffered Interface, Model P53 [Legacy Adapter]
    86
  - High-Speed RS-422 / Mil-Std 188-114C
    87
  - Interfaces
    87
    
    Model TW
    87
    
    S Twinax Supported Signals
    87
- T Model Characteristics
  88
- U Jumper Strap Options
  89
  - Model TW8
    90
- Four Twinax Connectors (BJ-77, 3-Lug)
  90
  - Model T22
    91
  - Model T88
    91
  - Model D22
    91
  - Model D88
    91
- Five Twinax Connectors (BJ-77, 3-Lug)
  91
- V Models D22 and D88 Connector Pin Assignments
  92
  - Interface Reconfiguration
    93
- Interface Card Installation
  93
  - Standalone Reconfiguration
    94
Troubleshooting

95
Diagnostic Procedures

97
- Required Equipment
  97
- Loopback Test Diagnostic Procedure
  98
- Fiber Optic Diagnostic Procedure
  100
- A Link Loss Range
  100
Specifications

101
- Optical Interface
  101
- System Electrical
  102
- A Launch Power and Rx Sensitivity
  102
  - Indicators and Controls
    103
  - Physical / Environmental
    103
  - 2240 Fiber Optic Modem Configurations
    104
APPENDIX A Limited Warranty

105

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