H475RDYA

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Through Hole Resistors are used in a variety of electronic applications. The H475RDYA resistor is designed specifically for use on printed circuit boards that are exposed to high temperatures. This resistor type is suitable for high voltage applications, as well as those requiring an elevated current capacity.

The H475RDYA is a type of through-hole resistor with metal oxide ceramic construction. It is fitted with a two-terminal, tinned copper lead frame which makes it ideal for attaching to the pins of a printed circuit board. Furthermore, it features an efficient thermal conduction element that helps to maintain temperature stability. This ensures the resistor works reliably and accurately over a long period of time.

The H475RDYA is an ultra-precision resistor, designed to provide reliable electrical signal transmission. Its high-temperature tolerance and superior insulation properties make it suited for use in harsh environmental conditions. Additionally, the resistance of this resistor can be easily adjusted to meet exact application requirements.

The working principle of the H475RDYA is achieved through an electrical resistance effect. When a voltage is applied to a resistor, the flow of current is restricted and generates heat, which then dissipates. The amount of resistance of the resistor is determined by the length, area, and material that it is constructed from. The H475RDYA resistor is designed to provide a low-level of resistance, allowing only a small amount of current to flow.

The H475RDYA is an effective and reliable solution for many high-temperature applications. It offers exceptional long-term accuracy with minimal temperature drift and provides consistent electrical performance in challenging environmental conditions. As such, it is an ideal component for high voltage and current applications.

In conclusion, the H475RDYA is a type of through-hole resistor that is designed specifically for use in high temperature applications. It has a metal oxide ceramic construction with two-terminal tinned copper lead frame and offers superior high-temperature tolerance, as well as a low resistance value. Additionally, the resistor\'s working principle involves an electrical resistance effect, wherein the current is restricted and generates heat, which then dissipates. As such, the H475RDYA is an effective and reliable solution for many electronic applications.

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