DC95H303V

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The DC95H303V is a type of NTC thermistor, or a Negative Temperature Coefficient thermistor, which is a specifically designed type of temperature sensitive semiconductor device. The DC95H303V is designed for measuring and regulation of temperatures, and its application field includes automotive, appliance and industrial electronic equipment. It is mainly used in temperature compensated systems in order to eliminate the need for external components.

NTC thermistors like the DC95H303V consist of a semiconductor material with a negative temperature coefficient, which means that its electrical resistance decreases as the temperature increases. The DC95H303V enables accurate, stable temperature measurements and readings even under extreme temperature fluctuations or wide temperature ranges. It is designed and manufactured using high-precision processes to ensure reliability, repeatability and accuracy that meets industry standards.

The working principle of the DC95H303V temperature sensor is based on the fact that its electrical resistance changes with changes in temperature. When connected to an AC electrical supply, electrons will flow through the NTC thermistor in order to form an electrical field, and the electrical resistance of the thermistor will change accordingly as the temperature changes. This change in resistance is then detected by the monitoring system and used to provide an accurate reading of the temperature.

The DC95H303V has a number of features that make it suitable for a variety of applications. It is small in size and lightweight, making it compatible with a wide range of equipment. It has low resistance, fast response time and high accuracy. It operates in an extremely wide temperature range, from -55 to +200°C, and is designed to operate in extreme temperatures without additional cooling measures. Finally, it has a long life, making it suitable for applications where long-term reliability is needed.

The DC95H303V provides extremely reliable and accurate readings of temperature. It is designed for applications where reliability and accuracy are of the utmost importance, such as automotive and industrial electronic equipment, as well as in medical devices. Its small size and good-quality construction also make it suitable for both indoor and outdoor applications where high-precision temperature readings are required.

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