FMP100FRF52-26R7

Through Hole Resistors are a type of electronic component used in a wide variety of industries. They perform the same basic function in any device by providing electrical resistance and reducing current flow. This makes them vital components in controlling voltages, creating various values of resistances, and regulating power in circuits.

FMP100FRF52-26R7 is a Through Hole Resistor designed to meet the needs of the electronics industry. It is a type of non-inductive wirewound resistor with high quality and low stray inductance. This makes it suitable for high-frequency signal filtering and amplifier circuits. The resistor features a heat-dissipating composite epoxy coating, allowing it to dissipate heat quickly, and comes with a flame rating of 94-V0. It has a power rating of 100W, a resistance tolerance of ±1%, and a temperature coefficient (TK) of 600ppm/°C.

The working principle of the FMP100FRF52-26R7 Through Hole Resistor is based on Ohm’s law. Ohm’s law states that the current passing through a material with constriction in an electrical circuit is directly proportional to the voltage across the constriction. In other words, if the voltage across the resistor increases, then the current will increase as well, and vice-versa. The resistance of the resistor is determined by the composition of its material, and the amount of voltage that is applied to it. The material of the FMP100FRF52-26R7 Through Hole Resistor is composed of an alloy containing copper, nickel, and other metals. This alloy is designed to have high resistance and low power losses, thus making it suitable for high-frequency applications.

The FMP100FRF52-26R7 Through Hole Resistor has found its application in a variety of industries and electronic components. It is particularly useful in signal filtering, signal conditioning, amplifier circuits, and other high-frequency applications. It is also commonly used in automotive, lighting, and industrial control devices. Its high power rating coupled with its low self-induction and high heat dissipation make it an ideal choice for applications that require highly stable and reliable electric current control.