DC95G503W

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NTC thermistors are temperature sensors that are based on the use of thermally sensitive semiconductor materials with a negative temperature coefficient of resistance (NTC). These materials change their electric resistance depending on the temperature, and this property of change in electrical resistance with changes in temperature is the foundation for the operation of temperature sensors, as well as the DC95G503W.

The DC95G503W thermistor has a temperature range of -40°C to +125°C, and can therefore be used in a wide range of applications. In general, it is suitable for use in temperature-sensing applications, such as thermostats, electronic devices, temperature indicators, temperature-control systems, and thermoelectric devices. One of the key features of this thermistor is that it is very precise, with a resolution accuracy of 0.1°C and an accuracy up to ±0.25°C.

The working principle of the DC95G503W thermistor is based on the NTC principle, which involves the use of special semiconductor materials with a negative temperature coefficient of resistance. The temperature of the thermistor is measured by its electric resistance. As the temperature of the thermistor increases, its resistance decreases; conversely, as the temperature decreases, its resistance increases. When the thermistor is exposed to a heat source, its resistance decreases, causing a change in current. This change in current can then be measured, allowing the temperature of the thermistor to be determined.

The DC95G503W thermistor is designed for easy integration into existing systems and can be used in a variety of applications. It has a low resistance, a wide temperature range, and an exceptionally small junction capacitance, which makes it suitable for use in small systems and high-accuracy temperature sensing applications. The thermistor can also be used in analog and digital temperature sensing circuits, as well as in thermoelectric devices.

In conclusion, the DC95G503W thermistor is an accurate and reliable temperature sensor based on the use of NTC materials. It has a wide temperature range, a low resistance, and a small junction capacitance, making it suitable for use in a wide range of applications. In addition, it is extremely precise, with a resolution accuracy of 0.1°C and an accuracy up to ±0.25°C. It is therefore an excellent choice for a range of temperature sensing applications.

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