2014•Proceedings of 2014 3rd Asia-Pacific Conference on Antennas and PropagationRequires access

Analysis and application of solenoid inductor

Bo Xiang, Hongfu Meng, Zhongchao Yin, Shuanzhu Hao

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Abstract

An accurate analytic method of the coreless solenoid inductor is presented in this paper. The coreless solenoid inductor is simulated with electromagnetic field simulation software, and its S-parameters are obtained and translated to ABCD matrix. The coreless solenoid inductor is equivalent to pi network. The pi network is expressed with ABCD matrix, and then the coreless solenoid inductor can be inverted to equivalent lumped inductor. According to this method, the coreless solenoid inductor is used in a band pass filter. The simulation results of the band pass filter are close to measurement results.

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What this paper is about

An accurate analytic method of the coreless solenoid inductor is presented in this paper. The coreless solenoid inductor is simulated with electromagnetic field simulation software, and its S-parameters are obtained and translated to ABCD matrix. The coreless solenoid inductor is equivalent to pi network. The pi network is expressed with ABCD matrix, and then the coreless solenoid inductor can be inverted to equivalent lumped inductor. According to this method, the coreless solenoid inductor is used in a band pass filter. The simulation results of the band pass filter are close to measurement results.

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Available abstract

An accurate analytic method of the coreless solenoid inductor is presented in this paper. The coreless solenoid inductor is simulated with electromagnetic field simulation software, and its S-parameters are obtained and translated to ABCD matrix. The coreless solenoid inductor is equivalent to pi network. The pi network is expressed with ABCD matrix, and then the coreless solenoid inductor can be inverted to equivalent lumped inductor. According to this method, the coreless solenoid inductor is used in a band pass filter. The simulation results of the band pass filter are close to measurement results.

Key concepts: Inductor, Solenoid, Filter (signal processing), Electrical engineering, Engineering, Physics, Electronic engineering, Band-pass filter

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