Design and Development of a Flexible Multi-Purpose Controller Hardware System for Power Electronics and Other Industrial Applications

摘要: This paper proposes the concept of a universal controller hardware system for power electronics applications. With presence generic interfaces and communication schemes, this can be used in various other control scenarios. A prototype incorporating high performance floating point digital signal processor (DSP) powerful field programmable gate array (FPGA) has been built to demonstrate real-time simulation. Prior being deployed complete system, an intermediate step that would yield more information pertaining timing is simulation enabled by such board. Extracting maximum throughput from with few innovative schemes another goal project. In order achieve objective, embedded peripherals Texas Instruments C6000 series DSP have programmed facilitate higher degree parallelism. The core deals different sub-systems comprise (RTC) board, their interaction one another. One novel proposed involves on-board between several analog-to-digital converter (ADC) chips using multi-channel audio serial port (McASP) peripheral. efficacy made possible robust software architecture, enhanced direct memory access (EDMA) addition peripheral activity, significant processing capability offered Cyclone II FPGA. option connectivity provided over either Ethernet or USB. FPGA also provides platform developing 32-bit processor. RTC board applications certain interface boards, which readily developed.