BPS8B21FLD200L9LF

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Backplane connectors, and specifically those of the DIN 41612 variety, are used in an increasing range of applications, primarily due to their versatility in many different devices. The specifically sized BPS8B21FLD200L9LF is one such connector, very popular for its use in various electronics applications. This article will explore the particular application fields and working principles of the BPS8B21FLD200L9LF connector.

Application Fields

The application field for the BPS8B21FLD200L9LF centre on its multiple output and small profile interface. Common applications for the connector include analytical instruments, test labs, information technology applications as well as medical technologies. This connector is also known to find use in the production of electrical machinery. Whatever the application, the BPS8B21FLD200L9LF is renowned for its reliability and performance.

Another major application field for this connector is in telecommunications; it is commonly used to provide RF transmission lines between radio transmitters and radio communications equipment. Apart from its communication functions, BPS8B21FLD200L9LF offers specialised adders and transformers that allow compatibility with a variety of applications. It is also used in the operations of large servers, owing to its versatile, modular nature.

Working Principle

The main principle of the BPS8B21FLD200L9LF is based on a two-pin pattern and the ability to deliver up to nine-pins. This two-pin pattern is designed to create an insulated and reliable connection to a specific power source. By using two pins, the path of the signal is better controlled and less likely to be affected by noise. The two-pin pattern is also less susceptible to EMC interference from other electrical appliances and systems, essentially allowing it to operate in the cleanest environment.

In terms of power delivery, the connector can provide up to 200 volts and 9A of current. The two pins that power the BPS8B21FLD200L9LF are locked into place in an insulated housing to protect the user from any electrical shock. The 9A current rating allows the connector to support a wide range of applications.

Design and Construction

The outer housing of the BPS8B21FLD200L9LF connector is constructed of high-grade powder-coated steel and aluminium alloys. This ensures optimal durability and resistance to corrosion. It also offers a sleek and attractive appearance that is aesthetically pleasing. The inner housing of the connector is made from moulded plastic, which is designed to keep the two pins secure and protect them from damage caused by varying temperatures and humidity levels.

The connector is also specifically designed to work in the harshest environments. The specific insulation and construction of the connectors ensures that it can continue to function, even in very demanding conditions including seawater and extreme temperatures. This ensures that the BPS8B21FLD200L9LF connector is a reliable and versatile choice for many applications.

Conclusion

It is clear that the BPS8B21FLD200L9LF is an incredibly versatile and reliable backplane connector. It can be used in a wide variety of applications, particularly for telecommunications, and it offers high power delivery, high reliability and ultra low emissions. Its construction ensures that it can withstand extreme conditions, making it ideal for a variety of environments. Finally, the BPS8B21FLD200L9LF is a cost-effective solution that offers reliable performance and long-lasting durability.

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