Product: NTC What it is NTC denotes a negative temperature coefficient thermistor: a compact resistive temperature sensor whose resistance decreases as temperature rises. Simple, passive device used to monitor temperature and provide reliable, repeatable measurements in control and protection circuits. Key benefits — why you need this NTC Accurate temperature feedback without active power: provides stable, temperaturedependent resistance for sensing and control. Reliable and fast response: suitable for monitoring changing temperatures in real time. Easy integration: works with common measurement circuits (voltage dividers, ADC inputs, thermostats) and with most microcontrollers and control boards. Costeffective solution for temperature measurement, fault detection, and thermal compensation. How it solves problems Prevents overheating by enabling temperaturebased shutoff or throttling in electronics and appliances. Improves system reliability by providing continuous temperature monitoring for batteries, motors, and power supplies. Simplifies temperature compensation in circuits where resistance must track temperature changes. Key attributes (functional focus) Function: passive NTC thermistor for temperature sensing and thermal compensation. Compatibility: interfaces with standard sensing circuits and controller inputs; compatible with common data acquisition and control systems. Performance: provides temperaturedependent resistance suitable for sensing and control tasks; designed for repeatable temperature response. Form factor: compact sensor geometry for placement near heat sources or within assemblies (check your specific product listing for exact dimensions and lead/wire options). Typical applications and use scenarios HVAC and refrigeration controls: use as a temperature sensor for thermostats, duct sensors, and evaporator/ambient monitoring. Battery and powermanagement: monitor cell or pack temperature to enable charging protections and extend battery life. Appliances and industrial equipment: integrate into motors, heaters, ovens, or electronic enclosures to prevent overheating and enable closedloop control. Installation and integration tips Place the NTC close to the component or air stream you intend to monitor for fastest, most representative readings. Use a stable reference resistor or calibrated lookup table in your controller to convert resistance to temperature. Protect the sensor from mechanical strain and corrosive environments; verify lead length and mounting options for your application. Note This description defines the NTC function and typical uses. For exact electrical values, temperature coefficients, and mechanical dimensions, refer to the specific part listing or datasheet for the NTC variant you are .