FMP100FTF52-64K9

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Through hole resistors are passive electronic components that offer precision and performance to a variety of applications. The FMP100FTF52-64K9, a through hole resistor, is no exception. It is an ultra-precision resistor that offers high stability and accuracy for applications in power supplies, power amplifiers, and any other electronics needing a precise and reliable resistor.

The FMP100FTF52-64K9 is manufactured with a thick film technology on a ceramic substrate. It has a maximum DC resistance of 50kΩ and a temperature coefficient of 18ppm/°C. It can be operated over a wide temperature range from -55°C to + 150°C. The resistor can also handle both DC and AC current without any problems.

The amazing feature of this resistor is its high stability and accuracy. This is accomplished through laser trimming technology. With laser trimming, the FMP100FTF52-64K9 is trimmed to its exact value. This process reduces resistive tolerance to 0.005%. This allows the resistor to be used in applications requiring precision component performance, such as high-accuracy monitoring and regulation.

The FMP100FTF52-64K9 has a wide range of applications and can be used in a variety of industries. It is most commonly used as a shunt resistor in power supplies, or as a load resistor in power amplifiers. It is also used in medical diagnostics, automotive electronics, telecommunications, and more. This resistor is perfect for applications demanding precision and accuracy in their components.

The working principle of the FMP100FTF52-64K9 is relatively simple. This resistor is designed to resist the passage of electric current. It is composed of two terminal leads connected to a core of alternating layers of various elements. The individual layers of elements are separated by barriers of insulation material. When current passes through the resistor, a voltage drop occurs across the resistor. This voltage drop is caused by the resistance of the alternating layers of materials in the resistor.

The FMP100FTF52-64K9 is a perfect example of a modern, high-precision resistor. With laser trimmed technology, this resistor can provide robust performance with ultra-precision accuracy. Its wide operating temperature range and wide range of applications make it perfect for projects requiring precision component performance. Furthermore, its simple working principle allows users to get the job done easily, wherever they need it.

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