PW102E3

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NTC thermistors are one of the most versatile and cost-effective temperature sensors available. The PW102E3 is a precision thermistor temperature sensor that is an ideal choice for a wide variety of temperature sensing applications.

The PW102E3 temperature sensor is made of a metal case with an integrated thermistor to accurately measure and monitor temperatures from -40°C to +125°C(-40°F to +257°F) with an excellent accuracy of +-0.5°C. It is also designed with an integrated lead for three-wire connection and requires very little external circuit due to its self-heating capability.

The working principle of the PW102E3 is based on the temperature-dependent resistance of a semiconductor material. The resistance of the thermistor changes linearly with temperature and allows an accurate temperature measurement. The PW102E3 thermistor is encased in a high quality ceramic housing and its resistance is measured using Ohm\'s Law (R=V/I). This thermistor is extremely sensitive to temperature changes, allowing the user to measure slight variations in temperatures with a high degree of accuracy.

The PW102E3 thermistor is suitable for a wide variety of applications, including temperature measurement and monitoring in medical instruments, food and beverage processing, automotive industries, aerospace applications, and consumer electronic products. It can also be used in process control and in industrial automation applications for monitoring of temperature-sensitive processes.

The PW102E3 thermistor temperature sensor offers many features and benefits, such as excellent temperature accuracy, low operating cost, and a wide sensing range. The thermistor is cost-efficient and can provide reliable and accurate temperature readings for many years, which makes it an ideal choice for temperature sensing applications.

Overall, the PW102E3 thermistor is an excellent choice for temperature sensing applications, and its cost-effectiveness and wide sensing range make it a great option for a variety of applications. Its precision accuracy and long-term reliability make it a great choice for temperature monitoring and process control.

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