BKAC2-A163-40050

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Backplane Connectors - ARINC is a type of high-speed, cost-effective electrical connector designed for use in various electronic applications. The ARINC connectors are a part of the ARINC-400 series family, which is a modular, high-density connector system that is available in both male and female shapes. They are available in various sizes, which allow for a variety of configurations and interconnection solutions. The most common ARINC connector used today is the BKAC2-A163-40050 connector.

The BKAC2-A163-40050 connector is designed for applications that require high-speed and robust high-density interconnections. It is a versatile connector that is used in a wide range of applications, from automotive and aerospace to consumer electronics. The electrical signal and power connectors are suitable for use in any environment, and can be inserted into either female or male connector types. Some of these applications include backplane communications, data networking, and storage interconnects.

The BKAC2-A163-40050 connector is characterized by its robust, high-speed transmission of electrical signals in a variety of conditions. The connector features a range of up to 7GHz, which helps to ensure reliable signal transmission in any environment. The connector is configured with two rows of contacts, a signal row and a power row, both of which are connected to the board by means of a ZIF receptacle. The signal row consists of two shielded terminals, while the power row consists of four terminals. This configuration allows for the transmission of electrical signals with low signal-to-noise ratios.

The BKAC2-A163-40050 connector is suitable for use in various high-speed applications, such as Ethernet, Synchronous Optical Network (SONET), Fibre Channel, and serial digital interface (SDI). While it can be used for these applications, it is most commonly used in applications such as backplane communications, where it is a reliable, low-cost solution. The connector is also suitable for applications such as inter-board communications and data networking, as it is able to provide the signal transmission and power connection required in these applications. Additionally, the BKAC2-A163-40050 connector is also suitable for use in applications requiring high levels of signal integrity, such as aerospace and automotive.

The working principle of the BKAC2-A163-40050 connector is based on a dual-row design. The two rows of contacts are connected to each other by a ZIF receptacle. This configuration allows for the transmission of both electrical signals and power. Additionally, the dual-row design helps to ensure that the signal transmission is robust, as it provides the necessary impedance matching requirements. The connector also provides a secure connection, as it has a latching mechanism that helps to keep the contacts secure.

In conclusion, the BKAC2-A163-40050 connector is a versatile, robust, and cost-effective solution for applications that require high-speed interconnections. It is suitable for a wide range of applications, including backplane communications, data networking, and storage interconnects. The dual-row design of the connector helps to ensure reliable signal transmission, and the latching mechanism ensures a secure connection. Additionally, the connector is suitable for applications requiring high levels of signal integrity, such as aerospace and automotive. This makes the BKAC2-A163-40050 connector a highly reliable and cost-effective solution for high-speed interconnectivity in a variety of applications.

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