Features: 1. Novel design and high-quality products. 2. Made from high-quality materials, durable and practical. 3. The NTC thermistor is a type of thermal ceramic component manufactured using electronic ceramic technology with transition metal oxide as the main raw material. 4. Its resistance value decreases as the temperature increases. This characteristic can be utilized for temperature measurement, temperature compensation, and temperature control components. It can also be made into power circuit components to suppress current. This is because the NTC thermistor has a zero-power resistance value. When connected in series in a circuit, it can effectively suppress the inrush current. After the effect of suppressing the voltage surge current is complete, the resistance value of the NTC thermistor is reduced to a very small degree through the continuous action of the current). 5. NTC is an abbreviation for Negative Temperature Coefficient. Its meaning is negative temperature coefficient. 6. NTC thermistors exhibit different resistance and temperature characteristics depending on the materials and processes used. NTC Thermistor Parameter Introduction: The nominal resistance value is the resistance value designed for the NTC thermistor, often marked on the thermistor's surface. The nominal resistance value refers to the zero-power resistance value at a reference temperature of 25°C, hence it's also called the POWER resistance value. Power refers to the permissible power for the thermistor under long-term continuous load conditions at atmospheric conditions with an ambient temperature of 25°C, relative humidity of 45% to 80%, and atmospheric pressure of 0.87 to 1.07 Pa. Measure the thermistor's resistance value at the specified temperature. When the change in resistance caused by the resistor's internal heating is relatively small compared to the total measurement error, the measured resistance value can be disregarded. The temperature coefficient of resistance refers to the relative change in the thermistor's resistance value when the ambient temperature changes by 1°C. Knowing the temperature coefficient of resistance for a specific type of thermistor allows for an estimation of the thermistor's actual resistance value at the corresponding temperature. Specification: New and high quality Model: NTC MF52A Color: as pictured Package Includes: Thermistor *20