H82K87BDA

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Through Hole Resistors

H82K87BDA is a type of through hole resistors which is used in various electrical assemblies and applications. These resistors are used for resistance value measurement, current limiting, and noise reduction. Through hole resistors are constructed of a conductive material, such as a coil of copper wire, and a non-conductive material such as a support core. The resistors are usually made by depositing a metal layer, usually copper, onto a substrate material.

Through hole resistors provide several advantages over their SMD counterparts, including simpler assembly and longer life cycle. Through hole design makes it easier to handle component during assembly because it is more accessible than the complicated, surface mounted components used for assembly. In addition, through hole components allow better mechanical stability and less risk of damage due to shock or vibration.

The application field of the H82K87BDA mainly covers applications requiring a low resistance after soldering. They are used in power supplies, inverters, etc. as effective current limiters and are suitable for high temperature applications.

In terms of their working principle, through hole resistors have a uniform current distribution passed into a conductor after the soldering points are connected. This is due to the high insulation layer that surrounds the copper core which acts like a resistor. The current is then evenly distributed between the two soldering points. This ensures a lower voltage and more uniform current flow through the component.

In conclusion, through hole resistors are very popular in electronic assemblies and provide the benefits of robustness, accessibility, and consistent performance. The H82K87BDA is designed for high temperature applications as it provides a low resistance value after soldering and features a uniform current distribution. This makes it a reliable and robust component which is ideal for many applications.

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