410-195

Series:	Pmod™
Part Status:	Active
Platform:	Pmod™
Type:	Human Interface
Function:	Button
Utilized IC / Part:	--
Contents:	Board(s)

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The 410-195 Application Field and Working PrinciplesEvaluation Boards - Expansion Boards, Daughter CardsThe 410-195 is an expansion board specifically designed for evaluation and prototyping for many different application fields. With its wide range of connectors, the board can be used for a multitude of tasks and applications. The board provides access to many of the I/O pins on popular micro-controller and micro-processor platforms, including Atmel AVR, ARM Cortex-M, Kinetis Freescale MCU, Lattice FPGA, and NXP PSoC. The board also supports a wide range of communication and signal processing peripherals in order to provide a complete design platform.The expansion board has a wide range of features and capabilities, such as an LED array, a graphical LCD display, an SD card slot, JTAG connectors, and Ethernet communication ports. The board also includes several USB and serial communication ports, as well as a wide variety of power sources. The board is a great platform for development in a variety of applications. It has the ability to support data acquisition, digital signal processing, machine control, human machine interface, and many more applications.The 410-195 is considered a “daughter card”, which is an extension board that connects to a parent board in order to enlarge or extend its capability. This is very useful when the board needs to be expanded in order to add particular features or functions to a system, such as high speed memory storage, communication channels or multiple I/O ports. Connecting one or more daughter cards to the main board allows the system to be instantly modified to the designer’s specifications without the need of a complete redesign.In terms of working principles, the 410-195 acts as a bridge between the micro-controller or micro-processor on the parent board and the daughter cards connected to it. It provides a method of communication which enables data to pass between the two circuits. This can be done in parallel by connecting them directly, using card readers or any other form of direct connection or via dedicated busses, such as the I2C, SPI, or USB bus. There are also some cases where direct connections are not possible and more complex protocols, such as CAN bus or RS-232 can be used.In order for the board to function properly, it needs to be connected to a power source, typically provided by the parent board. This could be in the form of a voltage regulator, a separate power supply, or a battery. Once the board is powered up, it can begin communicating with the daughter boards and the micro-controller or micro-processor connected to it.Overall, the 410-195 is a great platform for evaluation and prototyping of a variety of systems and applications. It is a versatile board with a wide range of features and connectors that can be used to quickly and easily create prototypes. The board also supports a wide range of communication and signal processing peripherals, enabling it to adapt to a variety of system requirements. Its ability to work as a daughter card and connect directly to a parent board makes it an incredibly useful tool for creating complex systems with specific functions.

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