Qingdao Xinnovis

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Qingdao Xinnovis, creating gas flow measurement and control solutions for the semiconductor industry

In the field of intelligent gas flow meters in Shandong, Qingdao Xinnovis Electronic Technology Co., Ltd. has become an industry leader with its excellent technology and innovative solutions. This article will detail the important role and outstanding characteristics of Qingdao Xinnovis Electronic Technology Co., Ltd.'s gas flow measurement and control solutions in the semiconductor industry. With the continuous advancement of technology, the semiconductor industry's demand for accurate measurement and control of gas flow is becoming increasingly urgent. Qingdao Xinnovis Electronic Technology Co., Ltd., with its advanced technology and rich experience, has successfully developed high-precision and high-stability intelligent gas flow meters, providing high-quality solutions for the semiconductor industry. The intelligent gas flow meters of Qingdao Xinnovis Electronic Technology Co., Ltd. adopt advanced sensor technology and precise fluid dynamics models to accurately measure and control the flow rate of various gases. Its unique design and algorithms make the measurement results more stable and reliable, with high accuracy and repeatability. At the same time, the flow meter also has the characteristics of rapid response, and can monitor and adjust the gas flow in real time to meet the needs of the semiconductor production process. The intelligent gas flow meters of Qingdao Xinnovis Electronic Technology Co., Ltd. also have a variety of functions and characteristics to adapt to different application scenarios. It can seamlessly integrate with other equipment and systems

03

2023

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Working principle and application fields of high-precision thermal flow controller

Working Principle and Applications of High-Precision Thermal Mass Flow Controllers A high-precision thermal mass flow controller is a device used to measure and control fluid flow. It is based on the principle of thermal sensing, determining flow rate by measuring the fluid's absorption of heat. This technology is widely used in many industries, including chemicals, energy, and environmental protection. The working principle of a thermal mass flow controller is based on the temperature measurement principle of a thermal sensor. It includes a heating element and a temperature sensor. The flow rate of the fluid is calculated by measuring the cooling effect of the fluid on the heating element. When fluid passes through the flow controller, the heating element is heated, and the temperature sensor measures a temperature drop. By calculating the magnitude of the temperature drop, the flow rate of the fluid can be determined. High-precision thermal mass flow controllers have many advantages. First, they have high accuracy and reliability, capable of accurately measuring various types of fluids, including gases and liquids. Second, they have low pressure loss and do not create additional resistance to the fluid system. In addition, they are characterized by rapid response and stability, adapting to different flow ranges and operating conditions. Most importantly, high-precision thermal mass flow controllers can achieve precise flow control by adjusting control parameters to meet the needs of different applications.

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2023

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12

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