Signal transmitting circuit of magnetostrictive displacement sensor

Abstract

The invention discloses a signal transmitting circuit of a magnetostrictive displacement sensor. The signal transmitting circuit of the magnetostrictive displacement sensor comprises an exciting pulse transmitting module and a pulse current transmitting module; the exciting pulse transmitting module and the pulse current transmitting module are connected with each other; and the exciting pulse transmitting module transmits the generated exciting pulse to the pulse current transmitting module, the pulse current transmitting module converts the exciting pulse into pulse current and transmitting the pulse current to an interface circuit, so that a current pulse signal which is matched with a Fe83Ga17 material is generated.

Description

technical field [0001] The invention relates to a signal transmitting circuit of a magnetostrictive displacement sensor. Background technique [0002] Although the research on magnetostrictive materials in my country started late, some achievements have been made, but most of them are about the properties of the materials themselves, and the applied research is rare. For example, the State Key Laboratory of New Metal Materials of Beijing University of Science and Technology adopts a A new manufacturing technology, the magnetostriction coefficient of the manufactured magnetostrictive material reaches 200-1550ppm, the repeatability and consistency are high, the process is easy to control, the yield is high, and the performance is better than that of foreign products of the same size, and it has been declared National Patent. In terms of using the magnetostrictive effect as a sensitive element for displacement detection, there are few domestic research reports, especially the re...

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Problems solved by technology

[0002] Although the research on magnetostrictive materials in my country started late, some achievements have been made, but most of them are about the properties of the materials themselves, and the applied research is rare. For example, the State Key Laboratory of New Metal Materials of Beijing University of Science and Technology adopts a A new manufacturing technology, the magnetostriction coefficient of the manufactured magnetostrictive material reaches 200-1550ppm, the repeatability and consistency are high, the process is easy to control, the yield is high, and the performance is better than that of foreign products of the same size, and it has been declared National Patent

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