Summary of AT89C51 8051 GRAPHIC LCD ANIMATION
This article describes an 8051 microcontroller project using a Graphic LCD (GLCD) to display animations of the Turkish map, flag, and Mustafa Kemal Atatürk's portrait. The system utilizes an AT89C51 microcontroller with specific port connections for control signals. The GLCD is split into two sections, utilizing P2 as the data output port and P1_0/P1_1 for chip select signals.
Parts used in the 8051 Graphic LCD Animation:
- AT89C51 Microcontroller
- Graphic LCD (GLCD)
- P2 Port (Data Output)
- P1_0 Port (CS1 Connection)
- P1_1 Port (CS2 Connection)
- Keil Software (for source code)
- Proteus ISIS (for simulation)
GLCD Animation circuit voltage is applied to the currently displayed map of Turkey comes first. Subsequently, the Turkish flag and a picture of Mustafa Kemal Atatürk, the next step is to come. Art world will begin to come after … Electronics Projects, AT89C51 8051 Graphic LCD Animation ” 8051 example, apr project, keil example, microcontroller projects,
GLCD Animation circuit voltage is applied to the currently displayed map of Turkey comes first. Subsequently, the Turkish flag and a picture of Mustafa Kemal Atatürk, the next step is to come. Art world will begin to come after arrival.
Circuit operation: Graphic LCD as the most important feature point-based study. So, as in LCDs text and text can be printed as well as shape can be drawn. Half-P2 as data output port ayarlanmıştır.p1_0 end graphic LCD’s CS1, CS2 end P1_1 port is connected to the graphic LCD. Graphic Lcd structure is divided into 2 sections, including the right and left.
LCD ANIMATION SCHEMATIC
8051 Graphic LCD Animation proteus isis simulation schematic keil source code :
FILE DOWNLOAD LINK LIST ( in TXT format ): LINKS-1359.zip
Source: AT89C51 8051 GRAPHIC LCD ANIMATION
-
What sequence does the animation display?
The map of Turkey appears first, followed by the Turkish flag and a picture of Mustafa Kemal Atatürk. -
Which microcontroller is used in this project?
The project uses the AT89C51 8051 microcontroller. -
How is the graphic LCD structured?
The Graphic LCD structure is divided into two sections including the right and left sides. -
Which port is assigned as the data output?
P2 is set as the data output port. -
How are the chip select signals connected?
P1_0 is connected to CS1 and P1_1 is connected to CS2 on the graphic LCD. -
Can text and shapes be printed on this LCD?
Yes, like other LCDs, text can be printed and shapes can be drawn on this Graphic LCD. -
What software is mentioned for source code and simulation?
Keil is used for source code and Proteus ISIS is used for simulation. -
Where can the source code files be downloaded?
Source code links are available in a TXT format file named LINKS-1359.zip.
