FMP200FRE52-169K

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Through Hole Resistors

A through hole resistor is an electrical component designed to resist or reduce the flow of electrical current. Through hole resistors are commonly used in applications requiring precision current regulation such as in power supplies, audio amplifiers, and LED drivers. The most common type of through hole resistors are carbon-film resistors, which comprise a ceramic cylinder with spiral tracks of carbon-based resistive material. They are ideal for precision current regulation and are affordable compared to other resistor types.

FMP200FRE52-169K Application Field and Working Principle

The FMP200FRE52-169K is a through hole resistor from KOA Speer Electronics Corp. and is specifically designed for precision current regulation. The component is composed of a ceramic cylindrical body and has spiral tracks of resistive material on the top and bottom of the cylinder. The ceramic body is resilient to temperature and moisture changes, allowing for good long-term stability. Additionally, the component has an extremely low temperature coefficient, allowing for repeatable and accurate current regulation. The FMP200FRE52-169K is an excellent choice for applications requiring precision current regulation, such as in power supplies, audio amplifiers, and LED drivers.

The FMP200FRE52-169K is a high precision through hole resistor due to its low temperature coefficient (<0.05%/K). Its maximum operating temperature is 125 degrees Celsius, allowing for broad temperature range operation. It also comes with a range of resistance values, enabling it to be used in many different applications. The FMP200FRE52-169K is also well suited for applications in which physical space is constrained, due to its small size (7.5mm x 5.5mm).

One of the key advantages of the FMP200FRE52-169K is its high stability and accuracy. The component is designed to have low dynamic resistance drift, which prevents changes in current flow over time and in varying temperatures. This is achieved by the presence of special carbon base film on the ceramic body. Additionally, the FMP200FRE52-169K has been designed to withstand surge voltages up to double its rated voltage, allowing for greater circuit protection.

In conclusion, the FMP200FRE52-169K is an excellent choice for applications requiring precision current regulation. Its small size, low temperature coefficient, and high surge protection make it an ideal solution for applications in which space is limited and where high stability is necessary. The component is well suited for devices such as power supplies, audio amplifiers, and LED drivers.

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