With the rapid development of computer technology, high-performance processors and graphics cards have brought higher computing speed and graphics processing power, but also generate more heat. In order to efficiently dissipate heat and ensure the stable operation of the computer, the water cooling system has become the first choice for high-end configurations of the computer. As the "leader" in temperature sensing, NTC thermistor plays a vital role in water cooling system to ensure that computers work properly at the right temperature.

Compared with traditional air cooling, the advantage of computer water cooling system is that it has a lower noise level and higher heat dissipation efficiency. It mainly uses circulating water to cool down and achieve the effect of taking away the heat of the high-heating parts of the computer. In order to balance the operating temperature of each component and improve the efficiency and safety of the whole system, NTC thermistor plays the role of "temperature guardian", which are mainly reflected in the following aspects:

First, real-time monitoring: NTC thermistor is generally installed near the position of high-heating parts, real-time monitoring and feedback temperature information, to provide temperature data for the control system. This process helps the water cooling system to realize active temperature control;

Second, temperature control: By converting the temperature signal of the NTC thermistor into an electrical signal, and connecting it to the temperature control circuit or external controller of the motherboard, the system can adjust the speed of the water pump and fan or turn on/off additional heat dissipation device according to the real-time temperature, so as to dynamically balance the heat dissipation efficiency and energy consumption;

Third, safety protection: Set a safe temperature threshold, when the NTC thermistor detects that the water temperature is too high/too low or the system is abnormal, resulting in a sharp rise/fall in temperature, it can trigger a warning through the control system or directly cut off the power supply, avoid hardware damage due to overheating, and ensure the security of user data and hardware.

In summary, the sensitivity of NTC thermistor to temperature enables it to quickly capture temperature changes and provide accurate temperature information for computer water cooling system, which is conducive to achieving accurate temperature control and regulation. In order to meet the high-temperature working environment of the water cooling system, EXSENSE Electronics Technology Co., Ltd. recommends the use of high-temperature resistant NTC thermistor produced by our own, which responds quickly and can help the water cooling system determine whether the current heat dissipation effect is great and whether the heat dissipation speed needs to be adjusted. The thermistor also features high accuracy, which allows the water-cooling system to work more precisely. The lead structure of the high-temperature NTC thermistor is also easy to integrate and has good compatibility during the installation of water cooling system.