Queen's Space Engineering Team, Satellite Design Team. Electronic Power Systems
Direct-sampling SDR transceiver with four phase-coherent channels, and a class-A power amplifier for 1.8 to 54 MHz.
Direct-sampling SDR transceiver with four phase-coherent channels, and a class-A power amplifier for 1.8 to 54 MHz.
Direct-sampling SDR transceiver with four phase-coherent channels, and a class-A power amplifier for 1.8 to 54 MHz.
Designed and implemented a simple linear voltage regulator circuit to study voltage stabilization, component behavior, and practical power supply design fundamentals.
This project contains the schematic, PCB, and programming files used for a Smart Watch project. The project is based on a Nordic microcontroller, communicating with BLE and showing graphics on the low-power screen.
A repository to hold all the code written for the MSP430 microcontroller I used while building my energy harvesting powered bicycle odometer. This bike odometer doesn't use a battery, so harvests energy from a small PV panel. Because of the very low amount of power available the very low power capable MSP430 microcontroller had to be used.