Characteristics Research of New Type Silicon Magnetic Sensitivity Transistor Differential Structure by ATLAS

Author:

Zhao Xiao Feng1,Guan Han Yu1,Sui Huan1,Wen Dian Zhong1

Affiliation:

1. Heilongjiang University

Abstract

According to the experimental results of new type silicon magnetic sensitivity transistor (SMST), the simulation models of new type SMSTs with different base region lengths and widths were established by ATLAS software. The simulation results of optimizing the geometric parameters demonstrate that the max collector current relative magnetic sensitivity can be achieved when the base region length and width are 170 μm and 30 μm, and the simulation model of the differential structure of new type SMST was established based on it. The simulation results indicate that the max collector current relative magnetic sensitivity is 322%/T for new type SMST differential structure when the base currents are 5.0 mA and the collector voltages are 5.0 V, and it can improve the magnetic sensitivity and ameliorate temperature characteristics.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

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