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     In recent years, UAVs have developed rapidly and become an important tool in the fields of industry, agriculture, aerial photography, firefighting, etc. The safety of UAVs is also a topic discussed by experts, including the safety issues caused by excessive temperature during the operation of UAVs. Therefore, NTC thermistors for monitoring temperature in UAVs are crucial.

     When the UAV runs at high speed for a long time, the body will generate heat, causing the temperature to rise. If the temperature is too high, the performance and life of the UAV will be affected, and in severe cases, accidents will occur. In order to prevent such problems, NTC thermistors for measuring temperature can be added to the circuit of the UAV. When the temperature rises to a certain level, the circuit will adopt compensation measures to prevent the UAV from overheating. This design is very simple and effective, which can ensure the safety and reliability of the UAV.

     In UAV applications, NTC thermistors for measuring temperature can also be used to measure battery temperature. Battery overheating will affect battery life and performance and may cause accidents, so battery temperature must be monitored in real time. By placing the NTC thermistor for measuring temperature near the battery, the battery temperature can be detected in real time, helping the UAV flight control system to adjust power and reduce overheating in time, thereby extending battery life.

     In short, NTC thermistors for measuring temperature play an important role in drone applications. By measuring temperature and resistance, NTC thermistors for measuring temperature play an important role in temperature control of drone batteries, preventing drone overheating, and drone control circuits.

     The MF52B enameled wire micro temperature sensor used in drones produced by Nanjing Shiheng Electronic Technology Co., Ltd. has high measurement accuracy and high sensitivity. It is suitable for high-precision and rapid measurement of drone temperature. At the same time, it adopts unique processes and leading technologies. High-performance products pass double 85 tests, water boiling tests, temperature shock tests, voltage resistance tests, high reliability and other performance tests, which can ensure the safety and reliability of drone use.