MF0207FTE52-1R

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Through-hole resistors are common types of resistors that use a cylindrical metal body with two leads extending from the top and bottom. The MF0207FTE52-1R is one such resistor. It is used for analog signal processing applications, including power conditioning, temperature measurement, servo control, and motor control. Let’s take a look at its application field and working principle.

Application Field

The MF0207FTE52-1R is a through-hole resistor whose resistance value ranges from 1 to 10 kilohms. Its power rating is 0.25 watts at 70 degrees Celsius, and its tolerance is ±1%. The low profile of the MF0207FTE52-1R makes it suitable for a variety of applications where space is limited, such as medical and telecommunications equipment. Its high accuracy makes it suitable for voltage dividers and feedback circuits in digital systems.

Working Principle

The MF0207FTE52-1R is an analogue resistor, meaning it works by allowing electrical current to flow through a resistive element. This resistive element is made of a special alloy and is isolated from the external environment. As the current passes through the element, some of the energy is converted into heat. The amount of heat generated is dependent on the resistive element’s resistance value, which is determined by the amount of current being passed. As the current increases, the heat generated increases, which can lead to the resistor becoming damaged if too much heat is generated.

The MF0207FTE52-1R also has a temperature coefficient, which is the amount of change in the resistor’s resistance value when the temperature of the surrounding environment changes. This coefficient is usually in the range of -100 to +100 ppm/°C, with lower values being better for temperature-sensitive applications.

Conclusion

The MF0207FTE52-1R is a through-hole resistor usually used for analog signal processing applications. Its low profile and high accuracy make it suitable for a variety of applications, such as power conditioning, temperature measurement, servo control, and motor control. It works by passing electrical current through a resistive element, which converts some of the energy into heat. Finally, its temperature coefficient is usually in the range of -100 to +100 ppm/°C, which can be important when considering temperature-sensitive applications.

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