Specifications
Table Of Contents
- Revision History
- 1 Overview
- 2 DC and RF Characteristics
- 3 Electrical Interface
- 4 Safety Considerations
- 5 Regulatory Considerations
- 6 Installation of TRN-2013 Board
- 7 Provisioning
- Appendix A RF Test Mode Interface
- A.1 Normal Operating Mode 0
- A.2 Non-Persistent Idle / Factory Test Mode 1
- A.3 Persistent Idle / Factory Test Mode 2
- A.4 Non-Persistent Node RF Test Mode 3
- A.5 Persistent Node RF Test Mode 4
- A.6 Non-Persistent Manufacturing Cal Mode 5
- A.7 Persistent Manufacturing Cal Mode 6
- A.8 Non-Persistent Meter Diagnostic Mode (Not Yet Implemented)
- A.9 Setting eMCM to Test Mode 1 - Non-Persistent Idle Factory Test Mode
- A.10 Setting eMCM to Test Mode 2 - Persistent Idle Factory Test Mode
- A.11 Setting eMCM to Test Mode 3 - Non-Persistent RF Test Mode
- A.12 Setting eMCM to Test Mode 4 - Persistent RF Test Mode
- Appendix B REACH Compliance Statements
- Appendix C Abbreviations and Terms
- Appendix D TRN-2013 Mechanical Drawing and Schematics
On-Ramp Wireless Confidential and Proprietary 14 014-0057-00 Rev. B
5 Regulatory Considerations
5.1 Block Diagram
Some regulatory domains require a block diagram of the module for their documentation similar
to that shown in the following figure.
Figure 5. TRN-2013 Block Diagram
5.2 Antenna
This device has been certified to operate with the built-in (PCB chip) antenna listed below.
Adherence to these EMC certifications requires that only this antenna be used. All other
antennas with greater peak gain are strictly prohibited for use with the TRN-2013 unless new
EMC certifications are obtained.
Table 5. On-Ramp Wireless EMC Certified Antenna
Manufacturer Part Number Gain Type Comments
Ethertronics 1001013 2.1 dBi Monopole Internal PCB chip antenna