Summary of PIC16F877 AIR RGB WRITING
The article details a DIY "Air RGB Writing" project using the PIC16F877 microcontroller. The author describes building a circuit with a motor and mechanical system to create light patterns in the air. Although the initial prototype faced challenges with mechanical stability and power supply, the author plans to refine the design using SMD components like transistors, resistors, and LEDs for better performance.
Parts used in the PIC16F877 Air RGB Writing:
- PIC16F877 microcontroller
- Motor
- Motor shaft
- Mobile phone battery connector
- 1000mf 10v capacitor
- Transistors (planned for next version)
- Resistors (planned for next version)
- SMD LEDs (planned for next version)
Hello electoronic lovers. This breaks my spare some time to compile my application I am trying to share with you. In this article I artificially everyone said it would offer air writing application. I… Electronics Projects,PIC16F877 Air RGB writing “microchip projects, microcontroller projects, pic16f877 projects, “
Hello electoronic lovers.
This breaks my spare some time to compile my application I am trying to share with you.
In this article I artificially everyone said it would offer air writing application.
I first inspiration is still working on the site I bought it from.
Writing work was done in the air, but an example of a rgb thought about doing it and I tried for quite a few it
RGB WRITING CIRCUIT TEST
I took care of the software and circuit halletmesine a kind of mechanical system could not keep up . In fact, the circuit and the circuit returns to the battery with the battery run this business the easy way . I’ve watched the way the motor to the motor shaft mounted apartment that consists of rings printed circuit supply voltage via the mobile phone battery connector through the ( easy to mount and spring there is a system to chose ) power circuit moving wireless systems was to translate .
Possible cases against interruption and 1000mf10v capacitor circuit with the input voltage to ensure that fixed and I reset the PIC in . Yet Iwas able to run this system ? no. Mechanism design for everything , but I had to run in a window , but only to pack up and new application runs from the everyday bustle kursağı because of my enthusiasm I had it . But actually hooked up to the motor circuit which is great for the very slashed ! next time I’m in the circuit including transistors, resistors SMD LEDs ingredients ‘ll do it again
Source: PIC16F877 AIR RGB WRITINGIsis proteus simulation of air writing applications ares pcb and code files: pic16f877-air-rgb-writing.ZIP
- What is the main purpose of this project?
The project creates an air writing application that displays RGB light patterns. - Which microcontroller is used in the circuit?
The PIC16F877 microcontroller is used to control the application. - How is the power supplied to the circuit?
The circuit runs using a mobile phone battery connected via a mobile phone battery connector. - What component ensures a fixed input voltage?
A 1000mf 10v capacitor is used at the input voltage to ensure it remains fixed. - Did the initial mechanical system work perfectly?
No, the mechanical system could not keep up and had issues with interruption. - Why did the author need to run the system in a window initially?
The mechanism design required running in a specific area due to enthusiasm and setup constraints. - What changes are planned for the next version?
The author plans to include transistors, resistors, and SMD LEDs in the new circuit. - Where can I find the simulation and code files?
The files including Isis Proteus simulation, Ares PCB, and code are available as pic16f877-air-rgb-writing.ZIP.
