H863K4BYA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors have numerous applications in different industries and are among the most common components used in electronic circuits. The most widely used type of through hole resistor is the H863K4BYA, which is rated for a maximum working power of 50 WΩ.

Generally, through hole resistors are used for resistance matching in high frequency circuits such as radio frequency and audio frequency circuits. They can also be used in power regulation circuits, where the resistance can be varied over time to adjust the voltage output. This is commonly used in low-voltage applications such as LED lighting.

In terms of working principle, through hole resistors usually consist of two electrically conductive plates, separated by an insulating material such as ceramic or plastic. When an electric current is applied across the plates, an electrical field forms, and the collision of the electric field with the resistor’s atoms causes power to be dissipated. This is what sets the resistor’s power rating.

The H863K4BYA is a special type of through hole resistor and is primarily used in power-line applications. It is rated for a maximum power of 50 WΩ and typically comes with a tolerance of ±10%. The resistor is made using an oxide film on a ceramic body, and has excellent thermal capability, low inductance, and high power rating. It also has an endurance of up to 3000 hours.

The H863K4BYA is also suitable for use in power supply, voltage stabilizer or EMI filter applications, as it is capable of handling high voltage and power loads. It is also highly suitable for use in medical devices, such as electrocardiograms, pacemakers and other high-precision medical equipment.

Overall, the H863K4BYA through hole resistor is an extremely versatile device, capable of handling high voltage and power loads. It is suitable for a wide range of applications, including power regulation, voltage stabilizers and audio frequency circuits. Its excellent thermal capability, high power rating and low inductance make it an ideal component for medical and power applications.

The specific data is subject to PDF, and the above content is for reference