BKAD2-40040001F0

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Backplanes are a key component of any electronic system and system associated and ARINC connectors are a type of backplane connector. ARINC connectors are designed specifically for aviation applications and are widely used in aviation systems and panels. The BKAD2-40040001F0 is a specific connector that falls under the ARINC category and is most often used in aviation applications. In this article, we will discuss the application field and working principle of the BKAD2-40040001F0.

Application Field of the BKAD2-40040001F0

The BKAD2-40040001F0 is a versatile connector system that can be used for a variety of applications. It is most commonly used in aviation applications where high-speed data rate and signal integrity are important. Additionally, the ARINC-400 connector from which the BKAD2-40040001F0 is derived from is also used in avionics systems because of its superior performance. These connectors are also used in miniaturized systems such as Smartphones and cell phones, as well as in computing applications where space is of concern.

The BKAD2-40040001F0 is a connector of the backplane interface type and is designed to be used in board-to-board connection applications. It has an impressive array of features that makes it an ideal choice for a variety of systems. It has a durable insulation rating of 2.5kV and a current rating of 5A. Furthermore, it also boasts an impressive data rate of up to 25 Gbps. All of these features make the BKAD2-40040001F0 a perfect choice for high speed data transmission. It is rated IP67 for environmental protection, making it a great choice for integration into harsher environments.

Working Principle of the BKAD2-40040001F0

The working principle of the BKAD2-40040001F0 is based on the concept of a backplane interface. A backplane is a printed circuit board or bus that interconnects two or more integrated circuit boards. The BKAD2-40040001F0 backplane interface consists of two parts, the signal and power pinholes. Both of these parts are necessary for proper functioning of the connector system.

The signal portion of the backplane interface consists of a series of pinholes arranged in a specific pattern. These pinholes allow the transfer of electrical signals and data from one board to another. The power pinholes are designed to allow the transfer of power from one board to another. This makes sure that the power supply is sufficient for all components connected to the BKAD2-40040001F0.

The BKAD2-40040001F0 also has a number of features designed to improve its effectiveness. For example, it has a lengthened shell body that improves its ability to withstand mechanical shock and vibration. It also has a low profile design that reduces the amount of spacing needed within a system, which contributes to its miniaturization. Additionally, the backplane connector offers users a variety of electrical and magnetic shielding techniques that reduce the amount of EMI/RFI emissions.

In conclusion, the BKAD2-40040001F0 is an ideal backplane connector for a variety of applications. It is a great choice for aviation applications due to its impressive data rate and signal integrity. Furthermore, it is a perfect solution for miniaturized systems due to its low profile design and environmental protection rating. Finally, its signal and power pinholes make it a great choice for board-to-board connections, allowing quick and efficient transfer of data and power. Overall, the BKAD2-40040001F0 is an excellent choice for any board-to-board connection application.

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