Wavenet Technology Pty Ltd. BM3800D User Manuals

User Manual (English)

User Manual

Table of Contents

Introduction
5
The Integrator’s Task
11
Installing the Modem
25
- Mounting the BoomerIII OEM Modem to Your Device
  26
- Connecting the Data Interface Port
  27
  - Data Interface Pin Descriptions
    29
    - Modem On/Off Control Equivalent Circuit
      30
    - Modem On/Off Control Electrical Characteristics
      30
- Selecting & Positioning the Antenna
  39
- Supplying Power
  44
  - Ratings
    44
  - Design Considerations
    44
  - Conservation
    45
  - Power Save Protocol
    46
  - Power Profile
    46
  - Power Control
    47
  - Power-Up Sequence
    47
    - Power-Up Timing Diagram
      49
  - Power Down Sequence
    50
    - Power-Down Timing Diagram
      50
  - Batteries
    51
    - NiCad
      51
    - NiMH
      52
    - Li-ion
      52
  - Applying Battery Technologies
    53
  - Battery Recharging
    54
  - Plug-in Supplies
    54
  - Automotive Supplies
    54
  - Environmental Considerations
    54
Using the Modem Test Jig
56
- Features
  56
  - Test Jig Updates
    56
- Exploring the BoomerIII Test Jig
  57
- Initial Calibration
  60
- Fitting the BoomerIII Modem
  60
- S
  62
Software Development Tools
62
- Wavenet SDK
  62
  - SDK Software Architecture
    62
  - SDK Contents
    62
  - System Requirements
    63
  - Server Initialisation
    64
  - VDD Library
    64
- Wavenet Commander
  65
  - Operations
    66
  - Modem Info Tree View
    67
  - Modem Info Property View
    67
  - TTY Control View
    68
  - Edit View
    68
  - Hot Keys
    68
- Wavenet Application Loader
  69
  - Updating Application Loader Software on Your Modem
    69
  - Troubleshooting
    71
Integration Testing
74
- Hardware Integration
  74
  - Enabler Functions
    74
  - Specific Tests
    74
    - RF Immunity
      75
    - Electrical Signaling
      75
    - Physical Parameters
      75
    - Antenna Performance
      75
    - ESD Requirements
      75
    - RF Re-radiation
      75
- Desense and EMI
  75
- Regulatory Compliance
  76
- Application Software
  77
  - Software Driver Configuration
    77
  - Network Configuration
    77
- Final Assembly
  77
- End User Problem Resolution
  77
- OEM Service Depot Repair
  78
Appendix A - NCL Interface
80
- Generic NCL (Native Mode)
  80
  - Command SDUs (CMND, ASCII A)
    80
- Wavenet Specific NCL Extensions
  85
Appendix B – SDK NCL-API and Port Server
96
A
114
Appendix C – SDK Sample programs
114
Appendix D - Application Development
118
- Roaming Issues
  119
  - Roaming Requirements
    119
  - Inbound SDU Failures
    121
  - Outbound SDU Failure
    122
  - Loss of Network Contact
    122
- Power Management
  123
  - Power Save Mode
    123
  - On/Off upon User Demand
    123
  - Radio On/Off on Application Command
    124
  - Battery Life Considerations
    124
  - Power Save Protocol
    124
- Wireless Data Systems Considerations
  125
  - Application Efficiency
    125
  - Large Message Transfer
    125
  - Message Transit Time
    126
Appendix E - Message Routing and Migration
128
- Standard Context Routing (SCR)
  129
- DataTAC Messaging (DM)
  130
- Other Development Issues
  130
  - Localizing an Application
    130
  - Testing an Application
    131
Appendix F – Guide to Desense
132
- Noise Sources
  133
- Receiver Susceptibilities
  133
- Measurement Techniques
  133
- Alternate Measurement Method
  134
- Methods of Controlling Emissions
  135
  - Shielding Approach
    135
    - Components of the Shield Design
      136
    - Benefits of the Shielding Approach
      136
  - Alternate EMI Reduction Methods
    136
    - Clock Pulling
      136
- RF Network Issues
  137
- Antenna
  138
  - Field Strengths from the Antenna
    138
  - Antenna Interactions
    138
- Desense Summary
  138
Appendix G - Numeric Conversion Chart
140
Appendix H - Specifications
142
Appendix I - Glossary
144

Size:

1.8 MB
Pages:

146
Language:

English