The purpose of Joanne’s project was to devise a strategy to overcome issues regarding the susceptibility of Ground Power Units (GPUs) to the RF environments produced by the Radio Frequency Environment Generator (REG) transmitters and aircraft transmitters employed during ground based aircraft testing.
Ideally the strategy had to make use of existing GPUs, however the
investigation of alternative units was not ruled out if the benefits could be justified and the cost penalties were not significant.
Information was made available from recent aircraft trials and, time
constraints allowing, testing of the various GPUs was to be conducted in the
REG to quantify the GPUs susceptibility across all frequency bands at
particular illumination angles and polarisations. The project employed a systems engineering approach to devise the proposed strategies.
Sam Williamson, Sales Manager for EMC Components at Schaffner Ltd. comments. “We are very pleased to be making this latest in our annual award presentations to Joanne who has worked on a very practical issue with interesting results. We wish to congratulate the University of York on the quality of the work done by their students on EMC projects and will continue to reward these achievements.”