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    Nowadays, LED lighting systems have been widely popularized and applied in private or public places such as homes, schools, and office buildings. In our daily lives, we can see LED lamps on the roadside and various unpredictable LED screen displays everywhere. This shows that LED lamps can be switched on and off at high speeds. However, for the incandescent lamps we usually use, such working conditions cannot be achieved. If the number of switches is too many, it will directly lead to the breakage of the incandescent filament. This is also an important reason why LED lamps are popular.

    In terms of energy consumption, the energy consumption of LED lamps is one-tenth of that of incandescent lamps and one-fourth of that of energy-saving lamps. This is also one of the biggest features of LED lamps. Nowadays, people advocate energy conservation and environmental protection. It is precisely because of this feature of energy conservation that the application range of LED lamps is very wide and also very popular. Since the LED lighting system will affect the work of LED lamps when achieving efficient energy saving, diversified processing and intelligent control, the assistance of NTC thermistors is required to ensure the normal operation of the entire lighting system.

    The temperature control system is the core part of the LED lighting system. Compared with traditional lamps (such as incandescent lamps, fluorescent lamps, etc.), LED lamps are more susceptible to temperature. By inserting NTC thermistors as part of the temperature control system, the LED lighting system can work within a specific temperature range and play its greatest role. The operating temperature range of conventional LED lamps is -40~125℃. The longer the working time, the greater the power generated and the higher the thermal efficiency. For medium and high power (above 300W) LED lamps, since they generate more heat, it is particularly important to monitor and control the temperature of LED lamps in real time, and the requirements for temperature control are also higher. To ensure the accuracy of monitoring, the temperature accuracy requirement in the temperature range of -10~85℃ is ±0.5℃, which requires a temperature measuring element with high accuracy and sensitivity. This requirement can be met by the MF52 series temperature measuring NTC thermistors produced by Nanjing Shiheng Electronic Technology Co., Ltd., and the MF52 series temperature measuring NTC thermistors produced by Shiheng Electronics have good consistency, high reliability, high quality and low price, and can be mass-produced.

    As the "brain" in the LED temperature control system, NTC thermistors are of great significance to improving the performance and work efficiency of LED lighting systems. When the working temperature of the lighting system deviates, the resistance value of the NTC thermistor also changes, and the current flowing through the LED lamp is compensated, thereby achieving temperature control of the LED lighting system, making it work within the specified temperature range, and ensuring the normal operation of the LED lamp.

    The MF52 series NTC thermistor developed and produced by Nanjing Shiheng Electronic Technology Co., Ltd. can meet the requirements of the LED lamp temperature control system. It has good heat cycle resistance and stability, and the operating temperature range is -40℃~+125℃. The product has a high degree of consistency and interchangeability, and is favored and well received by users for LED lamps!