FMP100FBE52-57R6

Through Hole Resistors

The FMP100FBE52-57R6 is a type of through hole resistor, which is a component used in electrical circuits to provide and regulate a current flow. Through hole resistors are common in many industries, from the consumer electronics market to automotive and military applications.

Application Field

Through hole resistors are most commonly used in high-dissipation, high-power applications. These applications include power electronics, like in freewheeling circuits of automotive components, electric welding, or inductive/resistive elements in power supplies. Through hole resistors are also employed in surge suppression circuits that require a greater resistance than what is achievable with surface mount resistors.

But through hole resistors can also be used in other types of applications. For instance, they commonly appear in signal circuits, such as those found in audio signals or transistor gain circuits. Through hole resistors are also used in precision control circuits, as they can provide stable and accurate resistances, which is an important factor for measuring sensor accuracy.

Since through hole resistors are able to withstand high current and power, they are regularly used in high-voltage circuit protection. This includes rectifiers, switching power supplies and inverters. They also tend to be the preferred resistor type when it comes to power amplifiers, power oscillators, impedance matching circuits, and high voltage surge protection applications.

Working Principle

The FMP100FBE52-57R6 has thick-film technology, which allows it to provide adequate power handling capabilities and improved noise immunity. The thick-film technology uses a resistive element etched into a ceramic substrate, which is then passivated with an epoxy coating. The substrate material is flashed aluminum oxide, and the resistive element is comprised of granulated silver conductor. These components make up the physical construction of the FMP100FBE52-57R6.

The way that it functions is as follows: electrons flow through the resistive element and the energy created makes heat. The heat, which is dissipated, is controlled by adjusting the physical size of the resistor. Pins are then routed through the substrate onto the chip, providing a solid connection that can withstand high currents and power levels. Finally, the resistor is hermetically sealed with a protective epoxy coating to prevent moisture from entering and damaging the chip’s metals.

Through hole resistors are the preferred component for many applications due to their ability to provide accurate and stable resistances. The FMP100FBE52-57R6 is an example of a through hole resistor, which is known for its thick-film technology, stable resistances, high-power handling, and excellent noise immunity. Its application field includes a wide range of industries and applications, including power electronics, surge suppression, and high-voltage circuit protection. In addition to its application field, understanding the working principle of through hole resistors is essential to ensuring the successful application and proper operation of the component.