103040003

Series:	--
Part Status:	Obsolete
Platform:	Xadow
Type:	Sensor
Function:	Ultraviolet (UV)
Utilized IC / Part:	--
Contents:	Board(s), Cable(s)

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103040003 Expansion Boards, Daughter Cards, and their Applications and Working Principles

Expansion boards, daughter cards, and application field and working principles are critical components for a wide range of industrial, commercial, and military applications. Expansion boards and daughter cards are used to add functionality to electronic and mechanical components, including microprocessors, sensors, and actuators. They can also provide communication/control, interfaces, and peripheral devices for microprocessors.Expansion boards are a type of printed circuit board, where an integrated circuit is mounted on the board. The board is then integrated into a larger system, either directly or through a backplane. Expansion boards come in various form factors, and can sometimes be piggybacked onto existing boards and daughter cards.Daughter cards are also known as daughter daughter boards, and they are typically used to improve the functions of a board. They are usually piggybacked onto an existing board and provide access to additional features, services, or functions not available in the existing board.For military applications, the use of expansion boards and daughter cards is an important tool to help increase system performance. Advancements in board technology and component optimization are critical for achieving high-performance systems in the military environment. The main advantage of expansion boards and daughter cards is their ability to efficiently integrate additional components into existing systems and boards, thereby reducing cost and time to develop and deploy systems.An important area where expansion boards and daughter cards can be used in the military applications is in radar systems. Radar systems require a combination of sophisticated antennas, transceivers, amplifiers, and receivers to operate effectively. By using expansion boards and daughter cards, additional components can be used in tandem with existing components to improve and expand the functionality of the system.Expansion boards and daughter cards are also used in commercial applications, such as personal computers, notebooks, and other electronic equipment. Expansion boards and daughter cards can provide additional features such as high-speed data transfer, video streaming, or audio. They can also add additional functionalities such as extra memory, high-level graphics capabilities, or sound processing.In terms of working principles, expansion boards and daughter cards rely on the motherboard to power the components. Power is supplied to each component on the board in the form of low or high voltage through power pins. The board also contains connecting pins or connectors to the other components, which provide data transfer between the components on the board.When multiple daughter cards or expansion boards are connected to the main board, communication between the boards is established using a serial bus. This allows the daughter board or expansion board to interact with the main board and access its resources, such as memory and processor resources. Expansion boards and daughter cards can also be extended via plug-in cards and cables.In conclusion, expansion boards and daughter cards are essential components for various industrial, commercial, and military applications. They are used to increase system performance and add functionality to existing systems. Expansion boards and daughter cards work in tandem with a motherboard to enable data transfer and resource sharing. Their use in radar systems, personal computers, notebooks, and other electronic equipment is critical to achieving success in these applications.

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