Fundamental Study of Quantitative Evaluation of Radio Wave Output of Wireless Medical Telemetry Transmitters Operable in Medical Field

Kiyotaka Fujii; Kazumasa Kishimoto; Munenori Inoue

Authors

Kiyotaka Fujii
Kazumasa Kishimoto
Munenori Inoue

Keywords:

wireless medical telemetry transmitter, distance characteristics, free-space propagation model

Abstract

Abstract not found

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How to Cite

Fundamental Study of Quantitative Evaluation of Radio Wave Output of Wireless Medical Telemetry Transmitters Operable in Medical Field. (2020). Global Journal of Medical Research, 20(K9), 5-10. https://medicalresearchjournal.org/index.php/GJMR/article/view/2178

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References

(2007) The fifth revision of the medical law.

(2016) 2016 International Conference Radio Electronics & Info Communications (UkrMiCo).

Eisuke Hanada, K Ishida, T Kudou (2018) Newly identified electromagnetic problems with medical telemetry systems. 1(2), 23-26.

K Ishida (2018) Electromagnetic compatibility of wireless medical telemetry systems and lighting-emitting diode (LED) lamps. 2, 25-28.

K Fujii, Y Ohno, M Kido, K Ishida, H Jeong (2018) Effect of Wandering Sensing Systems on Wireless Medical Telemetry Systems. 38(6), 321-336.

S Yamaguchi, M Hayashi, T Komatsu (2010) Transmission range of the wireless medical telemetry system and its dager. 80(5), 171-172.

(2008) Industrial, scientific and medical equipment. Radio-frequency disturbance characteristics. Requirements for radio beam wireless power transfer�(RB-WPT) equipment.

Y Karasawa Radiowave propagation fundamentals for digital mobile communications. 15-21.

J Takada (2004) Basic theory of radio wave propagation.