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Temperature Sensors - Thermostats - Solid State

S-5844A75CB-M5T1U3 is a combination temperature sensor and thermostat, which is constructed on a solid state platform. It is used to accurately measure and monitor temperature changes in a variety of applications.

Application Field

The sensor can be used in industrial, commercial, and home environments in both dynamic and static applications. It is used to regulate temperature in computer components, water heaters, solar panels, refrigerators, and other climate-regulating devices. Additionally, the sensor is used in numerous medical applications that require accurate body temperature monitoring.

Working Principle

The sensor works by utilizing a bimetallic element in combination with a pressure-sensitive resistor. The bimetallic element is composed of two different metals bonded together. As heat is applied to the element, the metals expand at different rates and cause the element to bend. This action serves as the sensor’s primary input for temperature monitoring. When the temperature exceeds a certain level, the bimetallic element triggers the connected pressure-sensitive resistor, causing it to alter its resistance levels as the temperature continues to fluctuate. This alteration in resistance is used to accurately measure and regulate temperature changes.

Advantages

The sensor’s combination of a bimetallic element and a pressure-sensitive resistor provides numerous advantages. Its solid state platform reduces the amount of space it requires, and the electrical connections are simple and efficient. Additionally, the design eliminates the need for contact with potentially hazardous materials during repairs. Lastly, the sensor is highly reliable and consistently produces accurate readings of temperature.

Conclusion

S-5844A75CB-M5T1U3 is a solid state combination temperature sensor and thermostat with many advantageous features. Its small footprint and simple electrical connections make it ideal for a wide range of applications, including both dynamic and static temperature regulating environments. The sensor’s bimetallic element and pressure-sensitive resistor combination produces accurate results, and the solid state platform eliminates the need for contact with hazardous materials.

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