The Effect of Position of a Connector Contact Failure on Electromagnetic Near-Field around a Coaxial Cable
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概要
- 論文の詳細を見る
A transmission line created by cables adjoined by connectors is influenced by noise from connectors with contact failure, and such noise degrades communication quality. The authors used a model of a connector with increased contact resistance in a coaxial cable and measured the electromagnetic near-field around a cable while changing positions of the model. In this paper, the result shows that the radiated electromagnetic field has no relationship with the position along the cable of a connector with increased contact resistance, when the contact condition of connector, contact resistance value, measurement position, and length of a transmission line are constant.
- （社）電子情報通信学会の論文
- 2009-06-01
著者
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HAYASHI Yu-ichi
Graduate School of Information Sciences, Tohoku University
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SONE Hideaki
Cyber Science Center, Tohoku University
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Hayashi Yu-ichi
Graduate School Of Information Sciences Tohoku University
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Sone Hideaki
Cyber Science Center Tohoku University
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Hayashi Yu-ichi
Graduate School of Engineering, Tohoku University
関連論文
- The Effect of Position of a Connector Contact Failure on Electromagnetic Near-Field around a Coaxial Cable
- Fundamental Measurement of Electromagnetic Field Radiated from a Coaxial Transmission Line Caused by Connector Contact Failure
- Pulse Response Characteristic of Connector Contact Failure on a Coaxial Cable
- An Analysis of EM Radiation from Transmission Line with Loose Contact of Connector
- Effect of Contact Point Distribution to the High-Frequency Impedance on a Coaxial Connector
- Computation of Electromagnetic Field Distribution in a Cross-Section of Connector with Contact Failure
- Fundamental Measurement of Electromagnetic Field Radiated from a Coaxial Transmission Line Caused by Connector Contact Failure
- The Effect of Position of a Connector Contact Failure on Electromagnetic Near-Field around a Coaxial Cable
- Analysis of Magnetic Field Distribution around Connector with Contact Failure
- Effect of Inductance at Connector Contact Boundary on Common-mode Current from Interconnected Devices
- Analysis of Electromagnetic Radiation from Transmission Line with Loose Contact of Connector
- Contact Conditions in Connectors that Cause Common Mode Radiation
- Analysis of Magnetic Field Distribution around Connector with Contact Failure
- Effect of Inductance at Connector Contact Boundary on Common-mode Current from Interconnected Devices
- Evaluation of Resistance and Inductance of Loose Connector Contact