terminal I r=Ic−Ia / Hong Kong University of Science / The Hong Kong Polytechnic University / /
IndustryTerm
control algorithm / digital signal processor / search coils / sensorless algorithms / motion servo systems / proper control algorithm / travel distance / lower manufacturing cost / switched reluctance linear drive systems / electronics / sine-cosine interpolation algorithm / extra hardware / generalpurpose motor controller hardware / high-precision travel / switched reluctance technology / silicon-steel plates / manufacturing / precision manufacturing automation / precision applications / resistor networks / digital signal processing / /
Organization
Department of Electrical and Electronic Engineering / ASIC / Hong Kong University of Science and Technology / IEEE Industrial Electronics Society / Hong Kong Polytechnic University / Research Grants Council / HK Polytechnic University / Department of Electrical Engineering / /
Person
Norbert C. Cheung / A. M. Hava / V / Wai-Chuen Gan / Hung Hom / /
Position
Prime Minister / motion controller / motor driver / overall driver / motor controller / IEEE Industry Applications Society Annual General / SRM driver / position loop controller / host controller / Controller / candidate for high performance linear motion drive / /
ProgrammingLanguage
DC / /
Technology
switched reluctance technology / sine-cosine interpolation algorithm / proper control algorithm / 3-D / control algorithm / mixed-signal ASIC chip / digital signal processor / sensorless algorithms / be driven by only changing a proper control algorithm / /
A Low-Cost Linear Switched Reluctance Motor with Integrated Position Sensor for General-Purpose Three-Phase Motor Controller