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The authors present a microprocessor based control scheme for an industrial motor with interrupt driven cause/effect protection. The scheme requests service from the microprocessor only under unhealthy conditions. The scheme also takes care of the causes as well as the effect of the fault. Under healthy conditions, the microprocessor generates the required(More)
The authors propose a method for measurement of magnetic fields with the help of a HTSC (high temperature superconductor) based sensor in conjunction with a microcomputer. The same sensor may be used for monitoring current in a circuit under the influence of a controlled magnetic field acting perpendicular to the direction of the current flow. The(More)
The authors explore the possibility of the application of high temperature superconductors (HTSC) along with microprocessors in the field of monitoring, control, and protection of a separately excited control, and protection of a separately excited DC machine. In this system, the microprocessor receives the signal for the measurement of current and eventual(More)
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