NCP15WF104D03RC

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NTC Thermistors are thermally sensitive semiconductor resistors used for temperature sensing and control of power driven devices. The NCP15WF104D03RC is an NTC thermistor used in temperature sensing applications. This thermistor is a Cost Effective, High Temperature Operating Temperature Sensor with excellent stability, good accuracy, wide measurement range, fast response, proven reliability, and capable of capturing small temperature variations.

The NCP15WF104D03RC is a NTC thermistor with an operating temperature range of -40°C to + 170°C and features a low temperature coefficient of resistance (-3.07ohm/°C). This thermistor is designed with a non-inductive resistor element which proves to be a more stable type of signal detection in comparison to the traditional inductive resistor elements. This allows for quicker response times and improved accuracy in temperature readings. It is ideal for temperature monitoring and control, particularly for applications where a wide operating temperature is required.

The working principle behind the NCP15WF104D03RC thermistor is based on the change of its resistance as the temperature changes. The thermistor is built using different semiconductor materials, resulting in different changes of resistance as the temperature changes. As the temperature rises, the resistance drops. This change in resistance is measured by the circuit, enabling it to correlate the temperature to the resistance value, and thus display the sensed temperature values.

The NCP15WF104D03NC thermistor provides a wide array of applications including, but not limited to, temperature measuring for HVAC systems, automobile sensors, over temperature protection systems, temperature sensing for control systems for home appliances and motor windings, thermal protection for motors and transformers, digital and industrial systems, temperature measurement for medical applications, and industrial automation.

Aside from its temperature sensing capabilities, the NCP15WF104D03RC thermistor also offers excellent reliability and a long lifetime in comparison to traditional thermistors due to its improved form factor. This makes it ideal for tough environments such as industrial, aviation, or marine environments. The thermistor also has a wide temperature range and reliable performance in low temperature environments which proves to be very beneficial for applications requiring temperature measurements in cold climatic conditions.

Overall, the NCP15WF104D03RC thermistor provides a reliable, low cost temperature sensing solution for a wide range of applications. Its low temperature coefficient of resistance, excellent stability, good accuracy, fast response, and improved form factor make it an ideal choice for temperature sensing and control in harsh environments.

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