Summary of PIC16F877 16X16 LED MATRIX 74HC595 GRAPHIC DISPLAY PROJECT
This article describes a PIC16F877-based 16x16 LED matrix graphic display project using 74HC595 shift registers and soft SPI (software-serial) techniques. The author compiled code at 20 MHz with mikroC, provides Proteus ISIS schematic, basic circuit, visual examples, and attached HEX/C source files. It also mentions extending to 24x24 displays.
Parts used in the PIC16F877 16X16 LED Matrix 74HC595 Graphic Display Project:
- PIC16F877 microcontroller
- 74HC595 shift register(s)
- 16x16 LED matrix (LEDs)
- Power supply (suitable for PIC and LEDs)
- Connecting wires and PCB or breadboard
- Proteus ISIS software for schematic simulation
- mikroC compiler
- Hex code and source files
Hello Electronics lovers. After a long hiatus, I wanted to write something again. In this article, software-serial basis (soft SPI) and still other applications I wrote using the name for a project I would... Electronics Projects, PIC16F877 16X16 LED Matrix 74HC595 Graphic Display Project “microchip projects, microcontroller projects, pic16f877 projects, “
Hello Electronics lovers. After a long hiatus, I wanted to write something again. In this article, software-serial basis (soft SPI) and still other applications I wrote using the name for a project I would like to help. 16 × 16 matrix graphic display I share with you my work on the foundations of
I compiled using pic16F877 74HC595 recorder at a speed of 20Mhz with these applications through screening method to create visual graphics display basic circuit diagram of the ISIS software mikroC C and Hex code attached file is available.
We also aim to have you with visual examples to work in 24 × 24 graphic display
PROTEUS ISIS CIRCUIT 16X16 LED MATRIX SCHEMATIC
Source: PIC16F877 16X16 LED MATRIX 74HC595 GRAPHIC DISPLAY PROJECT Proteus isis led applications and the Matrix code files: pic16f877-16×16-matrix-74hc595-graphic-display-project.zip
- What microcontroller is used in the project?
The project uses the PIC16F877 microcontroller. - Which shift register is used to drive the matrix?
The 74HC595 shift register is used. - At what clock speed was the code compiled?
The code was compiled for a 20 MHz clock. - Which compiler was used to develop the project code?
The mikroC compiler was used. - Is a Proteus ISIS schematic available?
Yes, a Proteus ISIS circuit schematic for the 16x16 LED matrix is provided. - Are source and hex files provided with the article?
Yes, the article includes attached hex and source code files. - Does the project use software SPI?
Yes, the article mentions using software-serial basis (soft SPI) techniques. - Can the approach be extended to larger matrices?
The article mentions visual examples for working with a 24x24 graphic display.
