H82K55BCA

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Through Hole Resistors

The H82K55BCA provides a wide range of application fields and working principles that make it an ideal choice for diverse industries. These resistors are through hole resistors that employ four terminal wires on a through hole PCB. When producing a current path, these resistors connect one terminal wire with the next, before completing the current path by connecting it to the fourth terminal wire.

Because of their design, through hole resistors are more versatile than other resistor types, since they can be used in multiple styles, such as bent lead, or non-bent lead components. Through hole resistors provide advantages in terms of ease of assembly over other types of resistors, since they do not require extensive soldering or complex tooling. They also feature a low profile, which is beneficial in terms of conserving space when wiring and circuit board design.

The H82K55BCA through hole resistor typically operates at a maximum power of 65 watts, a voltage of 160 VDC, and a current rating of 3.0 A. The resistance range of these resistors is from 0.1 Ω to 1,000 Ω. They also feature a wide temperature range from -55°C to +155°C. This provides an extended operating life, and makes them suitable for use in hostile industrial environments. Furthermore, the H82K55BCA is designed to be highly reliable and efficient, with a high vibration resistance. This ensures that production lines are maintained to a maximum level of efficiency.

In terms of sizing and placement, through hole resistors generally occupy less surface area than other resistor types, and allow for greater leeway in terms of their placement in the PCB. This is beneficial when multiple pathways are required in the assembly. The resistor\'s working principle is that of two conductive plates that are separated by an insulating film. These plates are connected by terminals, typically in the form of through holes, which can be found in the PCB itself. When a current path is created between two terminals, a variable resistance is generated, depending on how much energy is required for the current flow.

Through hole resistors are designed to accommodate multiple current paths and variable resistivity, making them convenient for circuit board placement and assembly. Furthermore, through hole resistors feature an extended operating temperature range, which is an important component when deployed in hostile industrial settings. They are also highly reliable and efficient, making them an ideal choice for a wide range of applications, including those in automotive, consumer electronics, healthcare, and aerospace.

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