MAX6516UKP075+T

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Temperature Sensors - Thermostats - Solid State, while somewhat of a niche market, offer some of the most reliable thermostats in the industry today. The MAX6516UKP075+T application field and working principle are a testament to that reliability and performance.

The MAX6516UKP075+T is a solid state temperature switching device, meaning it operates without moving parts. This makes it a reliable product capable of providing accurate temperature control in a variety of industrial and household environments. This thermostat has a solid-state switching capacity of up to 6 A maximum at 110°C.

The application field for the MAX6516UKP075+T is quite broad, encompassing a variety of hot water applications, evaporative coolers, HVAC systems, and household refrigerators. It works by detecting changes in temperature, turning on or off an electrical circuit by making or breaking the connection between two electrodes. This device has a high degree of accuracy, meaning it can provide reliable temperature control with minimum deviation (typically 0.1°C accuracy). Additionally, the device can withstand up to 6 A of current at 110°C for long periods of time.

The operating principle of the MAX6516UKP075+T is relatively simple. It contains two electrodes, a variable resistor, and a temperature sensor. The temperature sensor sends a signal to the circuit indicating the current temperature. The variable resistor is used to adjust the desired temperature setting at which the circuit will switch. When the temperature rises to the set threshold, the circuit activates and breaks the connection between the electrodes, and turns on the load. When the temperature decreases to the set threshold, the circuit deactivates and closes the connection between the electrodes, and turns off the load.

The MAX6516UKP075+T is a very reliable and accurate device. It provides highly precise temperature control, with a typical accuracy of 0.1°C, making it perfect for a variety of applications. With a high switching capacity of up to 6A at 110°C and its simple operating principle, it is the perfect choice for any temperature sensing application.

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