NTC (Negative Temperature Coefficient) thermistor — compact, reliable temperature sensing and compensation component designed for straightforward integration into electronic systems. Key benefits Accurate temperature feedback: resistance decreases as temperature rises, enabling precise temperature measurement and control. Simple integration: works directly with ADC inputs on microcontrollers, temperaturemonitoring ICs, and analog circuits. Versatile use: suitable for sensing, temperature compensation, and inrush current limiting where an NTC element is appropriate. Durable and stable: ceramic/metaloxide construction provides repeatable performance and long service life in typical electronic environments. Clear product attributes Function: Temperaturedependent resistor with negative temperature coefficient — used for sensing, compensation, or currentlimiting applications depending on the NTC type and power rating. Compatibility: Interfaces with microcontrollers, temperature measurement ICs, thermometers, batterymanagement systems, HVAC controls, and many consumer and industrial control circuits. Check the specific part's resistance value and tolerance to match your circuit requirements. Size & packaging: Available in common form factors (leaded and surfacemount variants); compact footprint enables use in constrained spaces. Verify package type against your PCB layout or mechanical mounting needs. Material & construction: Manufactured from ceramic/metaloxide thermistor material for predictable resistanceversustemperature behavior and resilience to typical operating conditions. Performance considerations: Characterized by its resistance vs. temperature curve, tolerance, and power dissipation. Select the correct variant by confirming the nominal resistance at 25°C and the thermal time constant for your application. Practical use scenarios Battery temperature monitoring: Place the NTC in contact with a battery cell or pack to provide realtime temperature data to a batterymanagement system, preventing overheating and optimizing charging behavior. Appliance and HVAC temperature sensing: Use as the primary temperaturesensing element in thermostats, refrigerators, and environmental control loops to maintain stable and efficient operation. Inrush current limiting and motor protection: Employ a suitably rated NTC element (powergrade) in power input paths to limit inrush current on startup; as the part warms, resistance drops and normal current flow is allowed. Integration and selection tips Match resistance and tolerance: Confirm the nominal resistance (commonly specified at 25°C) and tolerance to ensure correct measurement range and calibration. Check power rating and derating: For currentlimiting roles, use NTCs specified for power dissipation and follow manufacturer guidelines for ambient and mounting conditions. Mounting and thermal contact: For accurate temperature readings, ensure good thermal coupling between the NTC and the measured object; avoid isolating materials that slow response. Calibration and circuit design: Use a suitable pullup or bias resistor and implement calibration or lookup tables to translate resistance to temperature accurately for your controller or software. Consult the datasheet: Refer to the specific part datasheet for resistance curves, maximum ratings, recommended soldering profiles, and environmental specifications. If you require exact resistance values, tolerances, package types, or power ratings for a specific model, please refer to the part number or datasheet for that NTC component to confirm compatibility with your application.