8x8 LED matrix with DIP-24 MAX7219 3mm red

Product detailed description

LED matrix module with MAX7219. The MAX7219 is an integrated serial display controller with extensive support in Arduino. The modules can be connected in a cascade.

The model of the controller used is in a DIP-24 enclosure. The MAX7219 can handle up to 64 individual LEDs, i.e. up to 8 seven-segment dials. The controller contains a 64-bit memory for storing the settings of the lit LEDs, so there is no need for continuous programming every program cycle, but only when a change is made. Information about which LEDs to light and other settings are passed to the controller, which then processes and represents these instructions on the LED matrix. The energy consumption is based on the number of LEDs to be lit. If no diode is lit, the consumption is only 8mA. If all 64 diodes are to be lit, the value of the current drawn by the controller itself is negligible. To reduce power consumption, the controller can be put into sleep mode. When controlling seven-segment displays, the MAX7219 controller enables BCD decoding. Binary Coded Decimal). In this case, only four bits instead of eight are needed to display the characters 0-9, -, E, H, L and P. This decoding can be set separately for each segment. The LED matrix with controller consists of two parts: the LED matrix itself, whose dimensions are 32x32mm, and the PCB with MAX7219 controller and auxiliary circuits. The microcontroller communicates with the controller over the SPI bus. From the PCB with the controller then 16 wires lead to the LED matrix - one for each column and row

Specifications:

• Controller: MAX7219
• Supply voltage: 5V
• Support for connecting multiple modules in a cascade
• Red LEDs
• Protocol: SPI
• LED diameter: 3mm
• Dimensions: 32x50x13mm

Included in delivery:

• 1pc 8x8 LED nut with MAX7219 3mm red

Remark:

• This product is not a standalone functional unit and may require professional installation.
• Product images are for illustration purposes only and may sometimes differ from the actual appearance of the item. However, this does not change its basic properties.