DC95F202W

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Temperature Sensors are widely used in a variety of applications. From industrial automation to personal entertainment, temperature sensors are used to measure and control temperatures according to user requirements. Amongst them, NTC Thermistors are the most commonly used type of temperature sensor. We shall take a closer look at DC95F202W, the NTC Thermistor.

DC95F202W is a RoHS compliant Thermistor manufactured by Vishay. It is composed of an NTC Thermistor element and a base. The base is composed of a special mixture of glass which exhibits thermally stable properties that allow it to maintain its shape and provide a platform for connecting the thermistor into a system. The NTC Thermistor is housed inside the base and will have a certain electrical characteristic depending on its size and shape.

Due to its small size, the DC95F202W can be used in any type of application. It is typically used in control and monitoring systems where temperature plays an important factor. It can be used for process control, thermostats, temperature measurement, over-temperature protection, and temperature compensation.

The working principle of the DC95F202W is very simple. It is based on the fact that resistor values will change with temperature. When temperature changes, the resistance of the NTC Thermistor will increase or decrease accordingly. This change in resistance is what is used to provide a reliable temperature measurement.

The DC95F202W is typically connected to an analog or digital circuit, such as an Arduino or Raspberry Pi. A voltage is then applied across the terminals of the thermistor, and the frequency of the voltage is changed and measured. From this, the weighted value of frequency can be used to determine the temperature at the thermistor. This is then used to make the desired temperature adjustments.

In summary, the DC95F202W is an ideal temperature sensor for applications where accurate and reliable temperature measurements are required. Its small size allows it to fit into even the most confined spaces. The thermistor element housed inside the base provides an easy to use and reliable method for measuring temperatures. The voltage and frequency based measurements provide accurate temperature readings that can be used in process control, thermostats, and other temperature sensitive applications.

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