EC95F302W

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NTC thermistors are temperature sensors used to measure temperature by taking its resistivity into account. The EC95F302W is a type of NTC thermistor that has “negative temperature coefficient” (NTC) characteristics, providing accurate temperature sensing in the range of -25°C to 125°C. This particular thermistor is constructed from a manganese oxide material, then wrapped in 25mW glass, which is then encased in a PPA plastic housing. This housing helps protect the thermistor from the environment, while ensuring that the sensor stays as accurate as possible over extended periods of time.

In addition to its accuracy, the EC95F302W also has a great resistance to oxidation and humidity, making it perfect for outdoor applications. The base resistance of the thermistor is also low, which makes it highly stable when exposed to voltage. This is especially helpful in voltage sensitive applications, such as in industrial automation.

The EC95F302W is not only accurate and reliable, but easy to integrate into an existing system. In fact, it is widely used in applications where accurate measurement of temperature is needed. Some of these applications include oven temperature control, HVAC systems, automotive industry, and water heating systems. Its unique design makes it highly compatible with systems from different manufacturers, saving time and money when integrating it into an existing system.

Aside from its use in various applications, the EC95F302W thermistor also offers a unique feature. The thermistor allows the user to measure temperature differences from -25°C to 125°C in precise 0.1°C increments. This makes it perfect for applications that need to accurately monitor temperatures over long distances, such as in the automotive industry. It is also useful in medical applications, such as monitoring temperature in premature babies.

The working principle of the EC95F302W NTC thermistor is based on its resistance characteristics. As the temperature changes, the thermistor’s resistance changes in accordance. As the temperature rises, the resistance of the thermistor decreases, and vice versa. This allows the thermistor to be used as a temperature sensing device, providing accurate temperature readings over a wide temperature range.

In order to read the temperature, the user needs to pass a voltage through the thermistor. The voltage should be slightly higher than the expected temperature, since the thermistor can only measure temperatures up to 125°C. The voltage will then cause a change in the resistance of the thermistor, which can be used to calculate the exact temperature. This allows for precise temperature readings, making it ideal for monitoring and controlling temperatures in industrial applications.

The EC95F302W NTC thermistor is a highly accurate and reliable temperature sensing device. Its temperature range, accuracy, and resistance to oxidation make it ideal for many industrial and medical applications. Its ease of integration into existing systems saves time and money, while its ability to measure temperature differences of up to 0.1°C provides precision and accuracy that other types of thermistors simply cannot match.

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