Backplane Connectors - ARINC 2-208973-9 Application Field and Working Principle

ARINC 2-208973-9 is a standard multilayer backplane connectivity system. It is designed to provide high-speed serial transfer for external devices, like peripherals and storage systems, that need to be embedded into a system. The technology consists of solid-state contacts that are compatible with various types of data bus standards. This allows the devices to be connected and communicate with each other using a variety of protocols. The most common applications of the ARINC 2-208973-9 are for servers, workstations, laser printers, and embedded storage systems, as well as high-speed networks and communications systems.

The ARINC 2-208973-9 is designed to provide a reliable and secure connection for these devices to ensure data exchange and system performance. It supports both analog and digital signals as well as several types of data transfer protocols. Because it is capable of supporting a variety of communications protocols, ARINC 2-208973-9 is often chosen by higher-end systems for its versatility. Its architecture is based on a layered two-wire system, which is flexible and easy to implement.

The primary components of ARINC 2-208973-9 are the backplane connector, the power supply, and the bus interface. The connector consists of two rows of conductive pins that are placed at opposite ends of the contact surface. The pins form the bulk of the connector and have to be carefully designed to ensure that they are of the same length so that they can fit into the connector correctly.

The connector also contains an insulation layer between each pin, which helps to prevent any electrical shorts or static electricity. The pins are made of an insulating material, such as plastic or rubber, that contains an electrically conductive material so that electricity can pass through and make a connection. Additionally, there are several metal contacts located on the connector, which are used to make the connection secure.

The power supply is responsible for providing the power to the various devices connected to the ARINC 2-208973-9 backplane connector. The power supply consists of a transformer, a voltage regulator, and the necessary cables or connectors to connect this to the backplane. Most modern systems have switched-mode power supplies, which provide a constant voltage output at different levels depending on the type of equipment connected to the backplane.

The bus interface is the last component of the ARINC 2-208973-9 system. It is responsible for taking in data from the various connected devices and transferring it to the appropriate circuitry on the backplane. This information is then sent to the primary CPU or other components in the system for processing. The bus interface also supports the different speeds of data transfer, as well as process synchronization.

The ARINC 2-208973-9 backplane connector is designed to be robust and efficient in its purpose. It is able to withstand high temperatures and levels of vibration, and it is resistant to corrosion. Because it is built with multiple layers of insulation, it reduces the possibility of electrical shorts and ensures reliable data transfer. Additionally, it is easy to install and requires minimal maintenance.

The ARINC 2-208973-9 is a flexible and versatile backplane connector that is suitable for a variety of applications. Its high-speed capabilities allow it to be used for many different types of device communication, from traditional networking to high-speed data transfers between multiple devices. Its design and construction make it easy to install and maintain, making it a great choice for many different types of systems.