Piton provided this expertise resulting in the delivery of the TR102 Remote Antenna (AC and DC) units which are used as part of a Fiber Optic Antenna System for increased cell-phone coverage inside buildings and enclosed structures.

A detailed heat transfer simulation model was created in MathCAD, simulating real-life environmental conditions. An appropriate off-the-shelf heat sink was selected to ensure that the maximum junction temperatures of all electronic components would not be exceeded for worst case mounting and environmental conditions. The thermal performance was verified by experiment on the prototypes.

All individual components including sheet metal, power supply, connectors, cables, LEDs, and filters were specified, procured and assembled by Piton in a timely manner. The unit was designed to meet UL/CSA/TUV and FCC agency requirements along with NEBS/ETS shock and vibration specifications. Special consideration was given to aesthetics, cost, robustness, ease of assembly, and, reliability. 3-D model renderings were created early in the conceptual stage in order to help the client determine the "look" of the product. The result was an ABS thermoformed cover which provide a low-profile and pleasing look. A slide-in heat sink assembly inside a one-piece sheet metal skin ensured smaller inventory and lower assembly cost.