W83772G

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Temperature Sensors, either Analog or Digital Output, are often needed for precision measurement and monitoring. W83772G is one of such sensor to fulfill this requirement. The application field and working principle of W83772G is discussed in this writing.

Application Field of W83772G

The applications of W83772G are wide, ranging from consumer electronics to industrial settings. For instance, in consumer electronics, W83772G is typically used in refrigerators to measure the temperature inside the refrigerator. This data will be used to optimize the energy efficiency of the fridge by monitoring the temperature. In industrial settings, W83772G is essential in process control. It is used to monitor the temperature of a particular process, such as solder reflow process and epoxy mixing and curing process. This helps prevent potential accidents caused by temperature fluctuations.

Working Principle of W83772G

The basic working principle of the W83772G is similar to that of other temperature sensors. It is based on a Wheatstone Bridge principle. The Wheatstone bridge circuit is divided into four halves, each containing two resistors connected in series or parallel to form two arms of the circuit. Each arms is then connected to the voltage positive and negative terminals, creating a voltage differential. W83772G works by measuring the voltage across one of the arms. When the temperature of the environment changes, the resistance values of the resistors changes and the voltage differential changed as well. This voltage differential can then be read and used to calculate the temperature of the environment.

Conclusion

In conclusion, W83772G is widely used in many applications from consumer electronics to industrial settings. Its working principle is based on the Wheatstone Bridge circuit which uses the voltage across one of the arms to calculate the temperature of the environment. This makes W83772G a reliable and accurate sensor for temperature measurement and monitoring.

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