Design of a Monitoring System for Electromagnetic Radiation Measurements. Mavromatis, F., Boursianis, A., Samaras, T., Koukourlis, C., & Sahalos, J., N. Technical Report 2008. abstract bibtex The design of a monitoring system for measuring on a 24-hour basis the total electric field radiated from broadcasting and radiocommunications systems is presented. An omni-directional sensor antenna and the appropriate electronic circuits have been implemented. In the system various digital and analog peripherals are connected with a low-power, 8bit RISC microcontroller of Microchip, running at 10MHz. The measured data can be sending to a personal computer through a USB interface or through a GSM modem. Low cost electronics and high reliability of the system can deploy trustworthy electromagnetic radiation monitoring networks which will offer a security feeling to the public. The sensor's pattern, the response linearity and the frequency response have been tested and have shown the appropriate specifications.
@techreport{
title = {Design of a Monitoring System for Electromagnetic Radiation Measurements},
type = {techreport},
year = {2008},
source = {2008 XXIX General Assembly of the International Union of Radio Science, URSI GA},
keywords = {Broadband probes,electromagnetic fields,isotropic probes,monitoring systems},
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last_modified = {2019-11-04T08:58:14.069Z},
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abstract = {The design of a monitoring system for measuring on a 24-hour basis the total electric field radiated from broadcasting and radiocommunications systems is presented. An omni-directional sensor antenna and the appropriate electronic circuits have been implemented. In the system various digital and analog peripherals are connected with a low-power, 8bit RISC microcontroller of Microchip, running at 10MHz. The measured data can be sending to a personal computer through a USB interface or through a GSM modem. Low cost electronics and high reliability of the system can deploy trustworthy electromagnetic radiation monitoring networks which will offer a security feeling to the public. The sensor's pattern, the response linearity and the frequency response have been tested and have shown the appropriate specifications.},
bibtype = {techreport},
author = {Mavromatis, F and Boursianis, A and Samaras, Th and Koukourlis, Ch and Sahalos, J N}
}
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