FMP200FBF52-357R

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Through Hole Resistors, like the generic FMP200FBF52-357R, are essential components to any electrical circuit. Through Hole Resistors also known as Through hole mount resistors, are easy to mount in any circuit board and are great for making minor adjustments as board goes through its prototype phase.

These types of resistors have two metal leads which are inserted through two drilled holes on the circuit board. These leads extend on the other side of the board for further connection to the circuit. Through hole resistors vary in diameter, size and length, depending on their range of resistance. The FMP200FBF52-357R for instance, is a 200 ohm, 5%, 0.2 Watt resistor with an Axial type lead.

The main application field for through hole resistors stems from prototyping full-scale circuit boards. Despite surface mount technology vastly making inroads into this field, through hole resistors are still the preferred choice for prototype electronics makers due to their versatility and flexibility. Through hole resistors are relatively inexpensive in comparison to other types of resistors. They also offer greater reliability when it comes to heat dissipation, due to their relatively large surface area coverage across the circuit.

In terms of functionality, the FMP200FBFB52-357R Through Hole Resistor works by limiting current, decreasing voltage levels or dividing voltage drops across one or multiple points. In addition to limiting the current, these components also have low equivalent noise voltage, meaning they can be used in sensitive circuits. The FMP200FBFB52-357R Through Hole Resistor, like most of its kind, features an axial lead type, which is mainly used as a connector to the circuit board. This type of lead is the most commonly used due to its positive engagement and reliable electrical contact.

Overall, Through Hole Resistors—like the FMP200FBF52-357R—are an important part in the world of electronics, as they are still the go-to choice for prototyping full-scale circuit boards. They are widely used due to their highly reliable electrical contact, ability to dissipate high temperatures and their cost-saving benefits when compared to other types of resistors.

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