SC30F103VN

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NTC thermistors are devices used as temperature sensors, which vary their electrical resistance in a higher temperate range when subjected to a change in temperature. The SC30F103VN is an NTC thermistor designed to be used in a variety of applications. Its selection of ratings and configurations and economical cost makes it well-suited for use in a wide array of low-cost, low-power, integrated systems.

The SC30F103VN is a semiconductor-based device, made up of metal oxide with a negative temperature coefficient. It varies how easily electricity passes through it depending on the temperature. The SC30F103VN is a Class A-type NTC thermistor with a B-value rating of approximately 3680K.

The SC30F103VN has various applications, including temperature sensors in air conditioners, electric ovens, electrical fixtures, and computer systems. It is also used in temperature-regulating products, such as electric blankets and heating pads, as well as thermostats and safety devices. The SC30F103VN is also used in temperature probes, temperature-sensitive devices, and temperature measurement systems.

The SC30F103VN has a resistance value of 200 ohms at 25°C, and its resistance decreases as the temperature increases. Its resistance is measured using a Wheatstone Bridge circuit, which produces a proportional output when a variable resistor is changed. The variable resistor in this case is the SC30F103VN thermistor.

The SC30F103VN has a wide operating temperature range, from -25°C to +130°C, which makes it ideal for most applications. Its small size and low power consumption also make it suitable for low-power systems. The SC30F103VN has an excellent thermal response time, excellent reproducibility, and a high resistance change sensitivity. It also has a high temperature tolerance, and is resistant to high humidity and corrosion.

In conclusion, the SC30F103VN is a highly adaptable thermistor, which has a wide range of applications in temperature sensing and control, and is also suitable for use in low-cost, low-power systems. Its physical characteristics, including small size, low power consumption, excellent thermal response time, high temperature tolerance, and corrosion resistance, make it an ideal choice for many temperature sensing and control applications.

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