MF11-0080010

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

NTC thermistors, short for negative temperature coefficient thermistors, are sensors used to measure temperature changes in a variety of settings and applications. They are extremely sensitive and accurate, measure temperatures from -40 °C to 200 °C, and provide a precise resistance-temperature relationship. MF11-0080010 is an NTC thermistor that provides excellent temperature measurement accuracy due to its special design and construction.

MF11-0080010 has two main application fields. The first is in temperature assurance modes, such as in ovens, refrigerators, medical devices and industrial processes. For these applications, the MF11-0080010 measures the temperature of the device or system components quickly and with a high level of accuracy, ensuring the temperature does not exceed the set temperature range. This feature is particularly important in many sensitive industrial and medical applications, such as the preparation of food, production and storage of laboratory chemicals, and radiation therapy, to name a few.

The other application field of MF11-0080010 is in temperature control. This type of application includes use in biotechnology, hypothermia treatment, and scientific research equipment, as well as temperature measurement for components in computer systems and consumer electronics. With its precise and accurate temperature measurement, MF11-0080010 helps to ensure the temperature of the components in the system remain within the specified range of operation.

The working principle of MF11-0080010 is based on the NTC thermistor effect. This effect relies on the fact that the electrical resistance of an NTC thermistor decreases when the ambient temperature increases. It works through the use of a sensing element composed of a metal composition with a small amount of other materials. As the temperature of the sensing element increases, the resistance of the element decreases. When the ambient temperature decreases, the opposite effect occurs and the resistance increases.

The sensing element of the MF11-0080010 consists of a semiconductor material in which the electrical resistance changes as a result of temperature changes in its surroundings. This element is sealed in an enclosure, such as a plastic package, in order to protect it from environmental factors like moisture and dust. The resistance is then monitored by an electric current, which is passed through the thermistor. The resistance of the thermistor changes as the temperature around it changes, resulting in an analog voltage signal that can be measured by the electronic device.

The MF11-0080010 is constructed with two components: a semiconductor material and an encasing package. The semiconductor material responds to temperature changes, while the package provides protection. The package also contains two metallic contacts that are connected to a voltage source. The current then passes through the thermistor, where the resistance changes depending on the temperature, and is then measured by the device.

The MF11-0080010 is a highly accurate and reliable temperature sensor. With its two main applications in temperature assurance and temperature control, it is preferred in many industrial, medical, and consumer applications. It is able to provide a precise resistance-temperature relationship due to its unique design and construction, ensuring an accurate temperature measurement.

The specific data is subject to PDF, and the above content is for reference