Thyristor Gate Control implementation on FPGA for particle accelerator facilities
Micro-Nanoelectronics, Technology and Applications(2014)
摘要
This paper provides the general description, design guidelines and implementation issues of a digital Thyristor Gate Control (TGC) system developed for particle accelerator facilities. The present proposal improves the TGC performance by replacing the conventional synchronization method based on a single phase zero crossing Phase Lock Loop (PLL) with a novel three-phase synchronous method known as Variable Sampling Period Filter PLL (VSPF-PLL). The proposal is implemented in a custom board and it is tested in a 6-phase power converter under a very distorted mains.
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关键词
field programmable gate arrays,particle accelerators,phase locked loops,power convertors,thyristor applications,6-phase power converter,fpga,tgc system,vspf-pll,digital thyristor gate control system,particle accelerator facilities,single phase zero crossing phase lock loop,synchronization method,variable sampling period filter pll,field-programmable gate arrays (fpgas),grid synchronization,thyristor gate control,time frequency analysis,synchronization,thyristors
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