Zero Crossing Point Phase Detector Simulation Based on PROTEUS

Wei Yi Su; Guang Li

doi:10.4028/www.scientific.net/AMR.1003.177

Paper Titles

Analysis of the Unexpected Opening of ABB Circuit-Breaker Opening under 30% Control Voltage
p.160

Harmonic Computation and Analysis of Nonlinear Magnetic Field in the Ferromagnetic Core of the Transformer
p.165

Introduction and Study on Protective Relaying in Power System
p.169

Detection Method of Magnetically Controlled Reactor as Excitation Device
p.173

Zero Crossing Point Phase Detector Simulation Based on PROTEUS
p.177

Study on Well Logging Technology with Methods of Evaluating Gas Content of Coal-Bed Methane Reservoir
p.183

The Improvement of Data Acquisition System in Computerized Well Logging Equipment
p.188

A Detection System of Impurity in Transparent Liquid
p.193

Metrology Information System for Management and Field Scene Detection
p.198

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1003Zero Crossing Point Phase Detector Simulation...

Zero Crossing Point Phase Detector Simulation Based on PROTEUS

Abstract:

This paper designed a kind of phase D-value measuring system based on microchip MCU, which adopted the multi-cycles measuring algorithm to improve the accuracy. This system used the zero crossing point phase detector, hardware and software passed the computer simulation based on PROTEUS and MPLAB, the measuring accuracy satisfied the design requirements, this design thought was successfully applied to smart grid access devices. The simulation and practical results show that compared with the traditional products, the phase D-value measuring system based on microchip MCU has a simple circuit, low power consumption, good real-time, high precision and a wide range of applications, it is easy to implement. In the actual product development, the use of assembly language programming has the better effect than c language programming, and the physical simulation is superior to the software simulation.