FMP200FBE52-75K

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Through Hole Resistors are an essential part of any electrical and electronic circuitry. The FMP200FBE52-75K is an excellent choice for any application that requires accuracy and precision. This type of resistor has a wide range of use, from providing resistive heating to providing a steady resistance in circuits. Its unique features make this type of resistor well-suited for applications where accuracy is critical.

The FMP200FBE52-75K is a through-hole surface mount resistor. It has a resistance value of 200 Ohms at a power rating of 0.2 Watts. The resistor\'s standard tolerance is +-5%. The resistor is constructed with two copper alloy leads. It features a 19.6mm x 6.3mm body size and a temperature coefficient of 200ppm/C.

The FMP200FBE52-75K has a wide range of applications. It is used in a variety of electrical and electronic components, such as amplifiers, converters, filters, and voltage regulators. It is also commonly used in power supplies, commercial electronics, audio equipment, and medical equipment. The resistor’s surface mount construction makes it ideal for high density applications as it can be soldered to the board rather than through hole installation.

The working principle of the FMP200FBE52-75K is based on the concept of resistive heating. Resistive heating is accomplished by applying an electrical current to a material that has a resistive property. The material then absorbs the electrical current and converts it into heat energy. The FMP200FBE52-75K has a high resistivity, so it readily absorbs the electrical current and converts it into heat. The heat generated is then used to power various electrical components. The FMP200FBE52-75K is also designed to provide a steady current as it has a well-defined resistance value.

In conclusion, the FMP200FBE52-75K through-hole surface mount resistor is a versatile and reliable resistor. Its wide range of applications, high accuracy, and robust construction make it an ideal choice for applications that require accuracy and precision. Additionally, its resistive heating capability allows it to be used in various components and systems, making it a great choice for a variety of applications.

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