RN55E2801FB14

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Through Hole Resistors are widely used in electronics projects, and the RN55E2801FB14 is no exception. This resistor offers a variety of features, making it a great choice for many applications. It is a two-terminal, axial-leaded resistor with an anodized metal package. The package has a resistance value of 2801 ohms and a tolerance of 1%. It is rated for up to 5 watts of power dissipation with an operation temperature of -55°C to +175°C.

The RN55E2801FB14 can be used in a variety of ways. It is a popular choice for differential sensing or signal applications, and it is also used in amplifiers, filters, power supplies, and more. Its high power rating allows for it to be used in power-hungry applications where high-wattage resistors would normally be required, saving space and money. The resistor is also designed to handle a high frequency range, making it well-suited for high frequency applications such as filter designs. The anodized metal package provides excellent protection for the nitrogen-filled core, ensuring a wide temperature range and a long lifespan.

The RN55E2801FB14 operates on the principle of Joule heating. When an electric current passes through a resistor, the resistor will generate heat. This heat is generated in the form of Joules, which is the energy required to move one coulomb of charge across an electrical potential difference of one volt. In the case of the RN55E2801FB14, the high resistance value and the low power rating result in a relatively small amount of heat being generated. This ensures that the resistor is efficient and reliable in operation, while also being able to handle a wide temperature range and staying within acceptable operating temperatures.

In conclusion, the RN55E2801FB14 is an excellent choice for many types of electronic applications. Its features allow it to be used in power-hungry applications, high-frequency applications, and differential sensing applications. Its anodized metal package provides excellent protection and its high power rating ensures that it can safely dissipate the heat generated during operation. Its operating principle is based on Joule heating, allowing for efficient and reliable operation within a wide temperature range.

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