Microwave electromagnetic anti-interference fiber optic temperature measurement system-INNO

Introduction to Microwave Electromagnetic Fluorescence Fiber Temperature Measurement System

Microwave belongs to ultra-high frequency electromagnetic waves, which have strong electromagnetic fields. When using conventional temperature sensors (열전대와 같은, thermal resistors, 등.) 온도를 측정하려면, metal temperature probes and wires produce induced currents under the high-frequency electromagnetic field. 피부 효과 및 와전류 효과로 인해, 자신의 온도가 상승합니다, 온도 측정에 심각한 간섭을 일으킴, 온도 판독값에 심각한 오류가 발생하거나 불안정한 온도 측정이 발생합니다.. 그러므로, the fluorescence fiber temperature measurement system independently developed by Fuzhou INNO is a non-interference temperature sensor in the microwave field. The microwave fiber optic temperature measurement system utilizes the characteristics of fiber optic fluorescence temperature measurement, which is immune to electromagnetic radiation fields, to accurately measure the temperature of the object to be heated in the microwave cavity in ultra-high frequency, 강한 전자기장, 그리고 심한 간섭 환경; 그리고 형광온도센서의 프로브를 통해 정확한 온도 측정이 이루어졌습니다. The fiber optic temperature measurement system is suitable for integrating single channel or multi-channel temperature measurement, and the fluorescent fiber optic temperature measurement device is particularly suitable for precise temperature measurement under environmental interference such as thermal therapy, electromagnetic, high-frequency, and microwave. 광섬유 온도 센서

The fiber optic probe consists of three parts: ST 커넥터, 광섬유 케이블, 및 끝 온도 감지 끝. The ST connector is the connection part with the photoelectric module; Fiber optic cable is the transmission part, with quartz fiber inside. The quartz fiber has a coating and cladding on the outside, and a Teflon protective sleeve on the outermost part; The end temperature sensing end contains temperature sensing rare earth materials, which are used to generate optical signals containing temperature information; The optical fiber is resistant to high temperatures of 200 ℃ and has an outer diameter of 3mm. Long term bending radius of 13.2cm. Short term bending radius of 4.4cm. When the distance between the fiber optic lead and the ground is 0.4m, it can withstand a power frequency voltage of 100KV for a duration of 5 minutes.

Characteristics of Fluorescent Fiber Temperature Sensor for Microwave Electromagnetic Interference Environment

광섬유 온도 센서는 본질적으로 안전합니다., 강한 전자기 간섭에 대한 내성, 전기 절연성이 우수합니다., 안정적인 성능, 내식성, 그리고 긴 서비스 기간; 고온 측정 정확도, 넓은 온도 측정 범위, 온도 측정 채널의 유연한 구성; 간편한 설치, 유연한 네트워킹, 표준화된 데이터 전송, 높은 비용 효율성, 그리고 안정되어 있는 질; 고주파 및 마이크로파 장비의 온도 모니터링에 선호되는 제품.

Principle of Fluorescent Fiber Temperature Measurement

Fluorescent fiber optic temperature measurement belongs to the contact type temperature measurement method. This device achieves temperature measurement based on the length of fluorescence afterglow lifetime. The fluorescent substance applied to the remote temperature measuring end will emit corresponding fluorescence energy when stimulated by specific wavelengths of light. After removing the excitation of specific wavelengths of light, the fluorescence afterglow begins to decay. The duration of fluorescence afterglow depends on the temperature of the fluorescent substance located on the temperature measuring probe, 말하자면, the temperature of the substance to be measured. The selection of specific wavelength light excitation is matched with the selected fluorescent substance, and the most effective excitation wavelength of different fluorescent substances is different. When choosing, it is important to focus on selecting the light wavelength that is most suitable for exciting fluorescent substances. The attenuation curve of fluorescent substances excited by light is usually in a single exponential form.