248-2799-035

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ARINC 248-2799-035, commonly referred to as the Backplane Connector, is an application field and working principle connector utilized in a wide variety of applications, from aerospace and defence to industrial and consumer electronics. This article will explore the details of the backplane connector and provide an understanding of what it is, why it is used, and its key features.

The ARINC 248-2799-035 is a marked-up rectangular expansion bus with 32-pins. It is designed for high density connections and is commonly used in boards that are stacked together in multiple tiers. The connector consists of a central connector, a number of connecting poles, and a series of holes which create a homogenous connection. These poles can be either blind, meaning they have no internal connection, or populated, meaning they have an internal connection.

The primary feature of the backplane connector is the way it enables communication between boards using two "buses." The first bus is the transmission bus, which is used to transmit data and control signals to other boards. The second bus is the reception bus, which is used to receive data and control signals from other boards. This enables users to easily move data between boards, allowing for a faster and more efficient way of transmitting information.

The backplane connector is highly versatile and can be used in a variety of different applications. Some of these include:

• Avionics systems – ARINC 248-2799-035 is commonly used to create interconnects between various components in avionics systems.
• Industrial systems – The connector is also used in industrial systems, where it allows for powerful and reliable communication between multiple boards.
• Consumer electronics – The backplane connector is used in many consumer electronics products, such as televisions and computers.
• Data centers–The connector is used in datacentres to create a powerful and reliable connection between multiple boards, enabling fast data transfer.

The working principle of the backplane connector should be understood in order to accurately determine its use in a given application. In most cases, the backplane connector is used to create a reciprocal connection between two boards. When these two boards are connected, they form a single entity, allowing for the transmission and reception of data and control signals between the two boards. As such, the connector can be used to create a "transmission bridge" between two board-or systems, effectively allowing information to pass between them.

The backplane connector is a powerful and reliable device that enables communication between two boards or systems. It is used in a variety of applications from avionics and defense to industrial and consumer electronics. The backplane connector is very versatile and is capable of creating a reciprocal connection between two boards. This allows for an efficient way of transmitting data and control signals between these two boards, enabling a faster and more reliable communication.

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