MK2150FE-R52

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Through Hole Resistors provide a fundamental component to many types of electrical circuitry, and are found in virtually all electrical devices for a variety of applications. The MK2150FE-R52 Through Hole Resistor is one such product, manufactured by Clover Electronics. It is designed to provide both reliable and precise resistance levels for various electronic projects. This article will discuss the application fields and working principle of this particular Through Hole Resistor.The MK2150FE-R52 Through Hole Resistor is generally used in applications which require a medium to large power rating, and a wide resistance range. It has substantial power dissipation ratings of up to 2 watts and can handle pulse voltage spikes of up to 200V. An example of its application is on a PCB in a remote control unit, where its power handling capacity allows it to accurately control the movement of the unit’s actuator.As for the MK2150FE-R52’s composition, it is made of a material called Nichrome, which is designed to withstand temperatures as high as 167°F. This makes it ideal for high temperature applications, such as circuit boards and connectors. Due to its special composition, it also offers low noise and low EMI. Furthermore, it also provides excellent resistance to mechanical shocks and vibration.The working principle of the MK2150FE-R52 is quite simple. It operates by creating a resistance to electrical current by taking a set amount of current and turning it into thermal energy. The higher the current, the higher the resistance, and thus, the higher the power dissipation. This process is known as Ohmic resistance, which is what the MK2150FE-R52 excels at due to its fine-tuned thermal characteristics.In conclusion, the MK2150FE-R52 Through Hole Resistor is an incredibly versatile product, used in a myriad of different applications. It offers superior resistance levels, as well as reliable and precise thermal characteristics. What’s more, it does not require any maintenance and provides excellent resistance to mechanical shocks and vibration. Its range of applications is wide and makes it an excellent choice for use in a variety of electronics projects.

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