FMF200FRF73-51R

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Through Hole Resistors are some of the most common electronic components and play a critical role in the operation of nearly every type of electronic system. The FMF200FRF73-51R through hole resistor is a type of leaded resistor often used in a variety of applications where a large power rating is required. In this article, we\'ll look at the applications and working principles of the FMF200FRF73-51R through hole resistor.

The FMF200FRF73-51R through hole resistor is a leaded resistor designed to dissipate large amounts of power, making it ideal for high-power applications such as motor control, industrial heating, and AC lighting. The resistor is constructed with an aluminum oxide film coating on its ceramic core, which provides excellent electrical and thermal properties. This allows the resistor to handle large power dissipation while remaining stable and reliable over its lifetime.

The FMF200FRF73-51R through hole resistor has a maximum working voltage of 400V and can dissipate up to 200W of power. Its power rating is highly dependent on the ambient temperature, with a maximum power rating of 200W achieved at a temperature of 125°C. The resistor also features a wide operating temperature range, from -55°C to 150°C, making it suitable for a range of environmental conditions and applications.

The FMF200FRF73-51R through hole resistor is designed to achieve low-noise operation, making it ideal for applications that require a high level of accuracy and precision. This is due to its low self-inductance, which minimizes interference from other electronic components, as well as its low ESR, which ensures a consistent signal quality.

In order to ensure reliable operation and consistent performance over its lifetime, the FMF200FRF73-51R through hole resistor features a highly robust construction. The resistor is constructed with a flame-resistant polyester coating, which protects the aluminum oxide film and ensures that the resistor can withstand high temperatures and vibrations.

The working principle of the FMF200FRF73-51R through hole resistor is relatively simple. The resistor works by converting the electric current entering one end of the device into electrical energy, which is then dissipated as heat at the other end of the device. The resistor contains a ceramic core, which acts as a resistor, and a thin aluminum oxide film coating, which acts as a dielectric.

When an electrical current is passed through the resistor, the electrical charge is conducted through the aluminum oxide film, where it produces a physical barrier between the electrical charge and the ceramic core. This barrier prevents any unwanted electrical current from passing through the resistor, thus ensuring the resistor works as intended.

The FMF200FRF73-51R through hole resistor is a valuable component for a variety of different applications, offering excellent performance in terms of power dissipation and thermal stability. Its flame-resistant coating ensures it is suitable for a range of environmental conditions, and its low self-inductance and ESR essential make it suitable for high-precision applications. Furthermore, its robust construction ensures that the resistor can reliably withstand high temperatures and vibrations over its lifetime.

Overall, the FMF200FRF73-51R through hole resistor is an excellent choice for a variety of applications, offering excellent performance in terms of power dissipation, thermal stability, and noise reduction.

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