H8536KBCA

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Through Hole Resistors are widely used in electronic engineering applications, such as power drives and the most common of which is the H8536KBCA. The H8536KBCA is a high-power, 4-pin, through-hole resistor which is based on an integrated mobile platform. This resistor is designed with a U-notch, spiral-wound geometry profile and its contact terminals, as well as the form factor, are directly based on the new pin-out design.

The H8536KBCA’s application field includes: high-power, automotive applications; multi-channel audio equipment; electrical systems, circuits and DC precision control; and audio signal amplification. The H8536KBCA is also well-suited to bandwidth-intensive applications, where a high-power, through-hole design is required.

The working principle of the H8536KBCA is based on its spiral-wound geometry profile. The resistor has a multilayer structure which is constructed from thin-film metallization and an inner core layer of resistive material. The winding pattern in combination with the thin layer of resistive material results in high power dissipation. Thus, H8536KBCA can resist higher power up to 5W, and can work at higher temperatures up to 250 degrees Celsius without exceeding the limits of power ratings. Additionally, the H8536KBCA can handle rapid temperature changes without damage to the resistor.

To ensure the resistor’s maximum stability and reliability, the H8536KBCA adopts an innermost core layer of resistive material. This allows the resistor to resist sudden temperature or voltage changes. Additionally, the H8536KBCA also utilizes a unique U-notch, spiral-wound geometry profile, which is designed for optimal current distribution over the whole resistor. The combination of these features makes the resistor temperature and voltage tolerant, thus making the H8536KBCA suitable for use in extreme environments and high-power applications.

The H8536KBCA also has a uniquely low tolerance rating, which makes it ideal for exact circuit designs and precision control. This is especially useful in mobile power applications, where exact current is needed for power conservation. In addition to the low tolerance, the resistor also offers a superior response time, which ensures that the circuit can react quickly to sudden changes in input current. This also makes the H8536KBCA suitable for applications such as audio signal processing and frequency-dependant power control.

Compared to other through hole resistors, the H8536KBCA has multiple advantages. Its low tolerance rating and superior response time help make the resistor suitable for precision control and use in audio signal amplification, respectively. Additionally, the resistor’s multilayer structure and spiral-wound geometry allow it to resist higher power and temperatures. Thus, the H8536KBCA is suitable for any application which requires a through hole design with high power and temperature tolerance.

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