MFR25SFBE52-221R

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Through Hole Resistors play a very important role in the field of electrical engineering. In this article, we are going to discuss a specific Through Hole Resistor, MFR25SFBE52-221R, its application field and working principle.

MFR25SFBE52-221R is a Through Hole Resistor manufactured by Ohmite’s, a well-known leader in electronic component industry. It features a 25W power rating and 5% tolerance, and comes in a rectangular black package. The size of the package measures 25mm by 15mm, which makes the component ideal for application in limited area.

MFR25SFBE52-221R is a very common component used in various types of electronic, lighting and electrical circuit applications. It is a high power resistor, and hence is used in circuits that require high power. It is also used in driving motor that needs higher power accuracy and precision. The components is often used in circuits that require safety protection or current control.

In addition to its application field, MFR25SFBE52-221R operates with a simple concept. It works by creating a voltage drop along a conductor. This means that it dissipates power by converting the current into heat. This kind of resistor is known as a "non-inductive resistor", where the current through the component is proportional to the voltage across the component and are independent of frequency.

MFR25SFBE52-221R’s working principle is further broken down in five main stages. First, a voltage is applied across it. This causes a current to travel through the resistor and into the device. Secondly, the current passes along a conducting material which causes it to dissipate its energy as heat. Thirdly, the resistor’s resistance provides the resistance to the current’s flow. Fourth, the voltage drops produce heat energy. Finally, the fifth stage involves the dissipated energy neutralizing the heat generated in the current’s flow and dissipating it as heat in the surroundings.

Overall, MFR25SFBE52-221R is a high power resistor, and is widely used in various electronic circuits, lighting, and electrical applications. Its working principle is simple; by creating a voltage drop along a conductor, it dissipates power by converting current into heat. By following the aforesaid five steps, MFR25SFBE52-221R reliably fulfills its purpose, enabling high power accuracy and precision in the desired applications.

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