H826K1DCA

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Through Hole Resistors are components used to provide electrical isolation between two different elements or to limit the current passing through an electrical circuit. The typical size of a through-hole resistor is slightly larger than a surface-mount resistor, making it suitable for larger applications. The H826K1DCA is a specific type of through hole resistor used in a variety of application fields and with a specific working principle.

H826K1DCA Application Field

The H826K1DCA resistor is designed to be used in high-power circuits, such as those used in motor controllers, power supplies, and rectifiers. The device is also suitable for use in large automated machinery due to its ability to withstand higher power levels. Additionally, the material used in this resistor is UL recognized, making it suitable for use in a variety of industries including consumer electronics, aerospace, and medical.

In addition to these uses, the H826K1DCA can also be used in automotive applications due to its robust construction and capacity to handle high levels of power. Specifically, the resistor is often used in combination with an ignition switch, a spark plug, and other automotive components to regulate the voltage going to the starter motor and other electronic components.

The H826K1DCA is also used in combination with other components to regulate the output voltage of LED drivers, allowing them to provide a more constant voltage level than they otherwise would without a resistor. In addition, this resistor is also often employed as a power limiter as it can be configured to keep the current passing through the circuit within safe levels, even when the voltage level increases.

H826K1DCA Working Principle

The H826K1DCA is a through hole resistor consisting of a ceramic core with an oxide layer, and coated with nickel. The resistor is designed to resist the flow of current and has a maximum operating temperature of +250°C. Because of its high temperature rating, the resistor can be used in high-powered applications.

The resistor works by limiting the flow of electrons through a circuit. This is made possible by the oxide layer, which is resistant to heat and electricity and serves as an insulator, preventing the electrons from passing through easily. This creates a resistance to the flow of current, thus limiting the amount of electricity that can pass through the circuit.

The H826K1DCA also features a high power rating and is capable of handling power levels of up to 1 Megawatt. This makes it suitable for use in large and high-power applications such as those found in automotive and industrial settings. The resistor is also UL recognized and can be used in multiple industries requiring UL certification.

Conclusion

The H826K1DCA is a through hole resistor capable of withstanding high temperatures and high levels of power. Its use is widespread in a variety of applications, particularly those involving motor controllers, automotive ignition systems, LED controllers, and power supplies. Furthermore, it is UL recognized, making it suitable for use in industries requiring UL certification. The resistor works by limiting the flow of electrons, creating resistance and thus preventing the current from surpassing a certain level.

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