H84K0BDA

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Through hole resistors are essential components used in a variety of applications, including the H84K0BDA. This type of resistor has a number of advantages over smaller, more modern resistors such as axial leaded, surface mount and chip resistors. These advantages include easier mounting, better heat dissipation, easier assembly and more reliable electrical connection. These advantages make through hole resistors perfect for applications where larger size, higher power rating and higher quality are needed.

The H84K0BDA through hole resistor is a Power Ohmic resistor, meaning it has a larger capacity than other types of resistors, allowing it to handle higher wattage loads. The main purpose of the H84K0BDA is to offer more precise current regulation. It is also an ideal choice as a substitute for larger power resistors as it is easier to mount and also emits less heat. The size of the H84K0BDA is 2.5 x 6.3mm, making it one of the smallest types of through hole resistors available.

The working principle of the H84K0BDA is fairly simple. It operates by creating a voltage drop between its ends when a current is applied. The amount of voltage drop is dictated by the resistance value specified in the device, which is usually indicated in the datasheet. This voltage drop is dissipated into heat, which must be dissipated via the resistor’s power rating.

The H84K0BDA through hole resistor is an ideal choice for applications that require stable current regulation and high operating temperatures. Its small size also makes it an ideal choice for applications where larger power resistors would be too cumbersome. While it may not be the most efficient type of resistor, it offers great reliability and stability at relatively low costs. It is an excellent choice for OEM and contract manufacturing applications, as well as in other commercial and industrial applications.

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