BK/PCB-2-SD

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

The BK/PCB-2-SD application field and its working principle are important areas of study for those who wish to learn about fuses. Fuses are devices used to protect circuits from damage caused by excessively high current. A BK/PCB-2-SD is an additional type of fuse that provides a higher level of protection for sensitive components. As such, it is necessary to understand how this type of fuse works and how its usage can be beneficial in many different environments.

BK/PCB-2-SD fuses are designed to protect circuits from overloads and shorts caused by high current. This type of fuse utilizes a metallic-oxide/polyester composite film as its sensing element. The film is embedded between plastic film layers. When the composite film element reaches a certain temperature, it disperses hot spots, which causes the fuse to open, thus protecting the circuit. This type of fuse is suitable for use with both AC and DC circuits.

BK/PCB-2-SD fuses have a minimum operational temperature that must be exceeded if the fuse is to open. This temperature is referred to as the “trip temperature.” The trip temperature is set by the manufacturer of the fuse according to the specific application of the fuse. In addition, these fuses typically have a resetable feature that allows them to be reused.

BK/PCB-2-SD fuses have several advantages over standard fuses. For instance, they are more reliable, as they will trip close to their set trip temperature – meaning they will not be influenced by signal noise or variations in power supply. Additionally, because they are rated for AC and DC use, they can protect both AC and DC circuits. Canada Electrical Code for Fuses also requires two BK/PCB-2-SD fuses rated for AC operation, allowing for increased flexibility.

The BK/PCB-2-SD fuses are commonly used in many industrial and commercial applications. They are particularly well-suited for high-temperature and high-current applications, and can be used in a wide variety of settings, including power plants, chemical plants, hospitals, and construction sites. They are also used in consumer products, such as refrigerators, televisions, and computer power supplies, as well as in automotive applications.

The BK/PCB-2-SD fuses are also widely used in research and development. These fuses are ideal for testing and prototyping, as they provide a simple, safe way to test circuits without having to use a separate load-testing device. In addition, because the trip temperature can be easily adjusted, these fuses can be used for different types of components.

In conclusion, the BK/PCB-2-SD application field and its working principle are important areas of study for those who wish to learn about fuses. This type of fuse provides a safe and reliable way to protect circuits from damage caused by high temperatures and currents. Furthermore, they can be used for a wide variety of applications, from industrial and commercial purposes to consumer and automotive products. Ultimately, understanding how this type of fuse works can be beneficial in many different contexts.

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