FMP200FBF52-549R

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Through-Hole Resistors are widely used in electrical and electronic engineering projects and can be found in many common household devices. They are most familiarly used as a passive component for current measurement, voltage measurement, and power regulation. The most common types of Through-Hole Resistors found in these applications are carbon composition, wire-wound, and thin-film resistors.

The FMP200FBF52-549R is a Through-Hole Resistor used in engineering projects for a variety of purposes. This resistor has a resistance of 200 ohms and is constructed of a metal film with a 25% power rating. It has a tolerance of ±1% and can withstand voltages up to 250V DC. These characteristics make the FMP200FBF52-549R ideal for applications ranging from power supplies, amplifiers, motor speed controls, frequency filters, and voltage dividers.

The working principle of a Through-Hole Resistor, such as the FMP200FBF52-549R, is based on electrical resistance. Electrical resistance is the measure of how a material resists the flow of electrical current within a given circuit. As electrical current flows through a resistor it encounters resistance in the form of a voltage drop. This drop in voltage is the result of electrons interacting with the atoms in the resistor material. This interaction causes electrical energy to be converted into heat which is dissipated into the circuit and is often referred to as “Ohmic” loss.

The FMP200FBF52-549R utilizes the Ohmic loss principle to limit current flow or create specific voltage drops in electrical circuits. This resistor has a tolerance level of ±1% which allows it to provide accurate voltage readings within a given range. Additionally, it has a power rating of 25%, which means that it can disperse large amounts of heat without sustaining any damage.

The FMP200FBF52-549R is an excellent choice for use in a variety of engineering applications. It is capable of providing precise resistance values and is able to withstand large amounts of power without becoming damaged. It has a relatively low cost and can easily be integrated into an electrical circuit with minimal effort.

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