H8768RBDA

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 are an essential part of the electronics industry, providing invaluable heat dissipation, thermal stability and resistance capabilities to any device. The H8768RBDA is a Through Hole Resistor designed to offer superior performance and features.

The H8768RBDA is a unique Through Hole Resistor design with a wide application field. It is designed to be used in electronics processors, microprocessors, processors, motor controllers and other related electronics products. It offers an incredibly high level of resistance, which is essential for these products to achieve the correct levels of speed and performance. Its ultra-precise metal working process also allows it to provide significant thermal stability even at extreme temperatures, making it an ideal choice for these high intensity products.

The H8768RBDA features an advanced process of metalworking, which works in three stages to provide superior performance. The first stage involves the formation of a double anodized aluminum oxide film which is then inlaid with a highly conductive copper. This film acts as the resistor itself, providing the required resistance to the desired voltage and current. The second stage involves the formation of an additional aluminum oxide film which is then inlaid with a highly conductive silver. This film acts as a highly efficient thermal barrier, providing optimal thermal stability even at elevated temperatures. The third stage of the process involves the formation of a high purity nickel oxide film which is then inlaid with a highly conductive gold to complete the resistor.

The H8768RBDA is a Through Hole Resistor built to perform under any condition. Its advanced process of metalworking provides superior resistance capabilities, thermal stability and total control over the resistance levels. This makes it ideal for use in any electronics application requiring superior performance levels. This includes processor applications, motor controllers, microprocessors, processors, power supplies, memory chips and more.

The H8768RBDA is a through hole resistor whose working principle is based on a three-stage process of metalworking. This process results in a highly efficient thermal barrier and excellent resistance capabilities. The first stage involves the formation of a double anodized aluminum oxide film which is then inlaid with a highly conductive copper. The second stage involves the formation of an additional aluminum oxide film which is then inlaid with a highly conductive silver. The third stage involves the formation of a highly pure nickel oxide film which is then inlaid with a highly conductive gold to complete the resistor. This process ensures that the resistor has superior thermal stability and resistance capabilities.

In conclusion, the H8768RBDA is a through hole resistor designed to provide superior performance in any application requiring heat dissipation, thermal stability and resistance capabilities. Its advanced process of metalworking provides superior results in a number of electronics products, from memory chips to motors and processors. This makes it an essential choice for any electronics product requiring superior performance.

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