H8787KBZA

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Through Hole Resistors

Through hole resistors or “bottomed” resistors refer to a type of resistor that uses obstructed holes to hold the outer casing in place. The main benefit of this type of resistor is that it is more robust than a regular surface mount resistor. This makes it well-suited for use in applications that require reliability and stability. One such application is the H8787KBZA, which is a high power, high voltage rated bottomed resistor.

The H8787KBZA is designed to be used in high power applications. Its dissipation rating is 15W with a dielectric strength of up to 5.8 kV. The high voltage dielectric strength makes this resistor ideal for use in applications where insulation and safety is a primary concern. It is rated to operate up to 500 degrees Celsius and is UL listed and CSA certified. The resistor is also suitable for long-term use in a wide range of environmental conditions.

The main working principle of this resistor is that it uses a large resistance value to dissipate heat that is generated due to current flow. This type of resistor works by dissipating the energy generated by an electrical current passing through the resistor. It does this by converting the electric energy from the current into heat energy and dissipating it away from the component. This helps to prevent any damage to the electrical component or circuit.

The main advantage of using the H8787KBZA is that it is both reliable and cost effective. It is designed to handle high power applications and has a wide range of applications. Furthermore, it is available in a variety of resistance values and is designed to provide consistent performance. Finally, this high power rated resistor is designed to be durable and able to withstand extreme environments.

In conclusion, the H8787KBZA is a reliable and cost effective through hole resistor. Its high voltage dielectric strength and its ability to handle high power applications make it an ideal choice for applications where insulation and safety are a primary concern. Its main working principle is that it dissipates heat energy generated due to current flow. Furthermore, it is designed to handle a wide range of temperatures and environments and is UL listed and CSA certified.

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