MFR50SFRE52-510R

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Through hole resistors are widely used in computerized systems, specifically in the area of resistors for printed circuit boards (PCBs). One such resistor is the MFR50SFRE52-510R. This resistor encompasses a variety of performance features and is utilized for both low and high current applications.

The MFR50SFRE52-510R is a type of high-voltage, through-hole resistor that is built for a number of uses. It is a non-inductive, metallized and saturable type of resistor. It includes a 50W rating with an excellent power-to-weight ratio, making it suitable for any environmental requirement. It also has an improved temperature coefficient range -25/+150 ±0.002/°C, making it suitable for use in temperature-critical applications such as high power pulses.

The MFR50SFRE52-510R is manufactured using copper, molybdenum, nickel and aluminum which provides the component excellent thermal stability and mechanical performance. It is also corrosion and vibration resistant, making it more durable and reliable. It has a maximum operating temperature range of up to +150° Celsius and its solder pins enable easier soldering onto boards due to its lateral and vertical contact surfaces.

The MFR50SFRE52-510R is commonly used in power supplies, automotive systems, electrical circuits, and even temperature control devices. It is also used to provide a form of protection in the event of a power overload. The component also has a variety of performance benefits. For example, it has a low thermal EMF, making it energy-efficient for circuit applications that require high power. It also has lower power losses that help reduce thermal rise, reducing heat production within the system.

The working principle of the MFR50SFRE52-510R is simple. It is an electrical component consisting of two electrodes. When current passes through the component, it will produce resistance. This resistance, in turn, creates a voltage drop across the component, reducing the current level that can flow through. This reduces the power to the load and also helps to protect against overloading.

It is important to understand the working principle of the MFR50SFRE52-510R in order to make the most of its features and performance benefits. By understanding the working principle, designers and engineers can ensure that the component is applied in the most effective and efficient manner, making it the ideal choice for any electronic system.

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