RSF100JR-52-4R7

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Through hole resistors are resistors that are mounted in holes drilled through printed circuit boards (PCBs) or other types of circuit boards. The hole size of through hole resistors is typically selected to match the component size and current rating. Through hole resistors are typically made from metal alloys, such as copper, aluminum, or cobalt. Due to their mechanical strength and capability to withstand high temperatures, through hole resistors are well suited for use in high power electronics applications.

The RSF100JR-52-4R7 is one of the most commonly used through hole resistors. It is a surface mount resistor with a four-terminal structure. It is designed to work in high-power, high-frequency applications. The resistor provides low inductance, high stability, and excellent resistance to shock and vibration. It has a power rating of up to 10 W and a temperature rating of up to 300°C.

The working principle of the RSF100JR-52-4R7 is based on Ohm\'s law. The four terminals are used to create two paths for current to flow. The resistor works by reducing the flow of current through one of the two paths. This reduction is caused by the resistance created by the cooper wire wound around the ceramic resistive element inside the resistor.

The RSF100JR-52-4R7 is widely used in a variety of applications, such as electric power, communication networks, audio and TV equipment, consumer electronics, automotive systems, medical instrumentation, power supplies, and military and aerospace electronics. The main advantages of the RSF100JR-52-4R7 are its low-inductance characteristics and its high stability and reliability. It is also well suited for use in applications requiring high-power, high-frequency operation.

In conclusion, the RSF100JR-52-4R7 is a widely used through hole resistor that is designed for high-power, high-frequency operation in various applications. It provides excellent stability and reliability, and its four terminals allow for current to flow through two paths, thus reducing the flow of current through one of the paths. As a result, it is an excellent choice for applications requiring a high degree of reliability and performance.

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