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High-Low Voltage Power Stations Technical Specifications Guide

This guide provides technical specifications for base stations, high voltage power stations, and low voltage power stations. It covers issues like transceiver malfunctions, heat problems with AC to DC converters, and the use of additional converters and fans. Detailed instructions are given for handling high voltage wires, isolating digital components, and ensuring safe power station design. Tips include using MOSFETs for voltage conversion and integrating surge protectors. Troubleshooting suggestions for accessing the internet via Pi on a KU network and utilizing WiFi hotspots are also provided.

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High-Low Voltage Power Stations Technical Specifications Guide

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  1. By Michael McGuire, Derek Scalzi, and Chandler Schmidt

  2. Base Station

  3. High Voltage Power Station

  4. Low Voltage Power Station

  5. Technical Specifications

  6. According to tindie.com… 150 FEET!!

  7. Transceivers go awry • Direct connection • AC to DC converter is having heat issues • Heat sink • Use more than one converter • Install low power fan • Ventilation on bottom of eStrip • Digital components near high voltage • High voltage wires use different colors, digital components isolated from high voltage, plastic casing will be used for the power station, and potting will be used so that no high voltage wires will be exposed • Arduino can’t “hear” transceiver • Use MOSFETs to step up 3.3 V to 5 V • Surge protector module delivery delayed • Pre-made surge protectors will be purchased and transplanted to our power stations on a PCB • Internet can’t be accessed by Pi on KU network • Cell phone WiFi hotspot used with a WiFi module purchased for Pi • Or bring a WiFi router to act as a LAN

  8. Questions?

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