Related Manuals for Triad RF Systems Microhard IPnDDL
Summary of Contents for Triad RF Systems Microhard IPnDDL
- Page 1 Microhard IPnDDL – Triad RF Systems BDA Integration Manual Document Number TIM-61818 Version Date 06/18/2018 Triad RF Systems Confidential Triad RF Systems, Inc. 11 Harts Ln Suite i East Brunswick, NJ 08816...
- Page 2 Notice Triad RF Systems reserves the right to make changes to its products or discontinue any of its products or offerings without notice. Triad warrants the performance of its products to the specifications applicable at the time of sale in accordance with Triad’s standard warranty.
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Page 3: Table Of Contents
2.1 Radio Output Power ..................4 2.2 Frequency ......................4 2.3 Data Link Distance ................... 4 3. DC and RF Connections .................... 5 3.1 Wiring Harness – MicroHard IPnDDL ............... 5 3.2 RF Connections ....................6 4. Troubleshooting ......................7 Triad RF Systems, Inc. Confidential... -
Page 4: Overview
Overview This document details the integration and setup of a MicroHard IPnDDL data link radio with a compatible Triad RF Systems Bi-Directional Amplifier. This will include instructions for wiring connections as well as initial and ideal radio settings to maximize data link performance. -
Page 5: Initial Radio Configuration
Initial Radio Configuration Below is an outline of recommended settings for the MicroHard IPnDDL, to be set prior to connecting to the Triad RF Systems BDA. Radio Output Power Please be sure to terminate the RF ports on the radio before powering on the radio. -
Page 6: Dc And Rf Connections
Wiring Harness – MicroHard IPnDDL Note: To ensure compatibility with the MicroHard IPnDDL, the compatible Triad RF Systems BDA has been configured with Automatic Tx/Rx switching. Therefore no electrical connection between the IPnDDL and Triad BDA will be necessary. -
Page 7: Rf Connections
Refer to the specification sheet for those limits. However, it is good practice to avoid operating the amplifier into an open circuit for an extended period of time. Triad RF Systems, Inc. Confidential Page 6... -
Page 8: Troubleshooting
Reduce radio output power in 0.5 dB steps until data than desired. power - EVM too high rate improves. For continuing issues, or to request any clarifications or additions to this document, please contact support@triadrf.com Triad RF Systems, Inc. Confidential Page 7...
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