BPS8B09FLD200L9LF

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Backplane connectors, commonly known as DIN 41612 connectors, serve as interfaces in multiple-connector systems, typically for solutions such as computer-hardware communication protocols and power distribution systems. They allow for greater insulation, smaller board-to-board pitch, better power-current or noise-immunity properties, and increased system reliability. A specific type of backplane connector is the BPS8B09FLD200L9LF connector. This article will explore the application field and working principle of the BPS8B09FLD200L9LF connector.

The BPS8B09FLD200L9LF connector is designed to provide a reliable and robust connection between two circuit boards. It features a board-to-board pitch of 0.8mm, a contact mating height of 0.9mm, and a current rating of 200 Amp. This connector is ideal for applications where reliable RF shielding, ruggedness, and small size are required. It can be used in a wide range of applications, including 5G microwave transceivers, automotive autonomous vision systems and ASICs, grid computing systems, industrial automation, medical instrumentation, telecom base stations, and test measurement.

The BPS8B09FLD200L9LF connector operates by creating electrical continuity between the two boards. Each connector contains two mating pieces, a male and a female, which are securely held in place by a retention nut. The male connector is then inserted into the female connector with a snap-lock mechanism, ensuring a secure connection. The pins on the male connector make contact with the through-holes on the female connector, which allows current to flow from one board to the other. Additionally, the contacts are designed to reduce the potential for arcing, which improves the system’s overall reliability.

The connectors are also equipped with a built-in filter to reduce electromagnetic interference and crosstalk. The filter helps reduce the noise generated by electrical interference, allowing the system to operate more efficiently and accurately. This is especially important in applications such as 5G microwave transceivers, as noise can significantly degrade performance and reliability. Additionally, the filter also limits the current that can flow through the contacts, preventing overloading and overheating of the connectors.

Finally, the BPS8B09FLD200L9LF connector is designed for easy installation and maintenance. The connectors are shipped with an industry-standard retention nut, which makes installation and replacement of damaged components a breeze. The connector also features an IP67 rating, which ensures that it is dust-proof and waterproof, enabling it to perform reliably in a wide range of environments.

In conclusion, the BPS8B09FLD200L9LF connector is a reliable and robust solution for a wide range of application fields. It creates a secure connection between two circuit boards, provides reliable RF shielding, and reduces the potential for arcing and electromagnetic interference. Additionally, the connector is easy to install and maintain, allowing for a quick and efficient replacement of damaged components. In short, the BPS8B09FLD200L9LF connector is an ideal solution for applications where reliable and robust connections are needed.

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