Switched Reluctance Motor is a rotating electric machine where both stator and rotor have salient poles. Switched Reluctance Motor (SRM) drives are gaining attention due to their extremely rugged construction and fault-tolerant capabilities, which prove that SRM drives, are highly suitable for variety of industrial applications. In this paper, FPGA based digital controllers are designed for a 6...

The real-time hardware application is developed around a FPGA hardware architecture that includes embedded processor MicroBlaze on the field programmable gate array (FPGA).This paper introduces a design of a Micro Blaze soft-core processor system that can be running the output pins (XGI Expansion Headers Protocol) as such as clock generator to feed external circuits. The designed processor syst...

The microprocessors are used for executing instructions by fetching from memory. The processor interact with other peripherals, it requires additional circuitry .This makes system complexity ,requires large area and high power consumption .To overcome this problem the microprocessor itself capable to handle peripherals up to its limit. This feature comes in Pico Blaze microprocessor. Pico Blaze...

Voltage control for AC loads can be performed by controlling phase and cycles of AC voltages reaching load end. Cycle control tends to be more beneficial, as it reduces the amount of harmonic frequency in the circuit compared to phase control circuit. When a wave is passed in cycle control circuit, then either an entire half cycle or a complete full cycle is passed, hence eliminating the sharp ...

os controladores que son tradicionalmente implementados en microcontroladores solamente pueden incorporar superficies de control abruptas. El propósito de este trabajo es implementar un control difuso con superficies mas finas dentro de un FPGA. El FPGA ha permitido a los diseñadores de control crear mejores diseños de prueba, hacer modificaciones muy fáciles y rápidas, en un espacio de dimensi...

Component-based development of embedded system software has proven to be a cost effective methodology, and many general component technologies are available from both industry and academia. Often times such modular updating and upgrading can be too expensive (in cost, manpower, and down time) to execute. This is especially true for safetyand time-critical applications where rigorous requalifica...

This paper presents the hardware design of a real time tracking system based on DSP/FPGA regarding the research and development of a certain type of short range defence radar. In this tracking system, the FPGA is used as a floating point co-processor of the fixed point DSP, and the large amount of calculation of the debiased converted measurement Kalman Filter (DCMKF) algorithm is realized in F...

The cavity resonator modeling for the TESLA TeV–Energy Superconducting Linear Accelerator project is initially introduced. The electromechanical model including Lorentz force detuning and beam loading is applied for analyzing the basic features of the plant. The continuous SIMULINK and digital MATLAB model implementation is developed as a reference for the hardware simulator based on the FPGA –...

FPGA-based platforms offer a unique and challenging platform for implementation of circuit-level timing-error detection and correction logic. If we operate FPGA designs beyond the conservative margins identified by the CAD tools, we can deliver substantial energy and performance improvements. In this paper we develop a strategy for monitoring timing errors in streaming FPGA circuits based on Ra...