MOD-LED8X8

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Evaluation Boards - Expansion Boards, Daughter Cards can provide a way for designers to evaluate, prototype and create designs with certain hardware platforms. The MOD-LED8x8 is an example of this. It is an easy to use, low cost, open source platform for evaluating, prototyping and designing with 8x8 LED matrix systems. The platform allows users to quickly and easily explore the possibilities of 8x8 LED matrix designs.

The MOD-LED8x8 board is powered by a 5V DC supply and is connected to an application processor or controller through an SPI bus. The chip used on the board is a MAX7219, a quad 8-bit shift register, and LED driver. Depending on the configuration of the application, the board can control up to 64 LEDs. Two mounting holes are provided on the board for secure connections to the controller system.

The MOD-LED8x8 board is useful in a variety of applications such as display systems, embedded designs, HMI user interfaces, interactive toys and games, robotics, and PLCs. The board can be used to build simple LED matrix based devices, or integrate with more complex projects. It is also an ideal platform for experimenting with microcontroller programming or conducting creative projects with lighting effects.

The MOD-LED8x8 board allows for 8x8 matrix arrangements with up to 64 LEDs. The board uses the MAX7219 chip to control the LEDs and features an SPI bus interface. It supports both direct connection to MCUs and connection via an external processor. The board\'s power supply is a 5V DC voltage, and it also features two mounting holes for secure connections.

The board is able to work in either continuous-row or continuous-column modes by configuring the MAX7219 chip. In continuous-row mode, the LED column is driven by the MAX7219 and the LED row by the MCU. In continuous-column mode, the LED row is driven by the MAX7219 and the LED column by the MCU. In both modes, the data is driven through the SPI bus, allowing data to be transferred between the application processor and LEDs quickly and efficiently.

The MOD-LED8x8 board is also configurable in terms of the patterns and displays that can be configured. The onboard MCU can produce various dot-matrix patterns and displays such as: numbers, characters, and figures. It is also capable of manipulating the LED brightness and fading settings, providing users with a wide range of effects.

The board is an excellent platform for experimenting with LED matrix displays, and users can take advantage of its flexibility to create simple Yet visually appealing displays. In addition, its easy to use setup makes it a great resource for those new to the world of 8x8 LED matrix projects. The MOD-LED8x8 board is an excellent choice for any designer looking to do research, prototype, and develop projects with 8x8 LED matrix displays.

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