Summary of AT89C51 MICROCONTROLLER ANALOG CLOCK FOR GRAPHIC LCD
The article discusses an analog clock project using a 128×64 pixel graphical LCD, specifically the "HY-12864K." It explains that these graphic LCDs are structured in two frames of 64×64 pixels, divided into rows, columns, and pages, with 64 columns standard. The project utilizes the AT89C51 microcontroller to drive the analog clock on the GLCD. The article references available schematic files, source code in Keil, and Proteus ISIS simulation for implementation.
Parts used in the Analog Clock GLCD project:
- 128×64 pixel Graphical LCD (HY-12864K)
- AT89C51 Microcontroller
- Power supply module
- Connecting cables/wires
- Crystal oscillator (for microcontroller clock)
- Resistors and capacitors (for circuit stabilization)
- Proteus ISIS software (for simulation)
Analog Clock GLCD We use 128×64 pixel graphical LCD having “HY-12864K” is. This adds the file extension of the LCD connections are provided in PDF. 128 × 64 graphic LCD s have the same… Electronics Projects,AT89C51 Microcontroller Analog Clock for Graphic LCD “8051 example, avr project, keil example, microcontroller projects, “
Analog Clock GLCD We use 128×64 pixel graphical LCD having “HY-12864K” is. This adds the file extension of the LCD connections are provided in PDF. 128 × 64 graphic LCD s have the same general structure. Differences spending power connection types and LED colors. Graphic LCDs are managed as two frames (64 × 64) and consists of three parts. Rows, columns and pages. Page 8 of 128 × 64 graphic display as standard and has 64 columns.
ANALOG CLOCK CIRCUIT
source: AT89C51 MICROCONTROLLER ANALOG CLOCK FOR GRAPHIC LCD Analog Clock circuit keil source code proteus isis simulation schematic files at89c51-microcontroller-analog-clock-for-graphic-lcd.zip
