Electronic piano circuit PCB printed circuit board drawing upon the Pic18f4550 microcontroller PIC has been a regular speaker on the card directly to number 2 in the pin of this RA0-Pic18f4550 AN0 pine bjt,...Electronics Projects,Ā Electronic Piano Using PIC microcontroller (PIC18F4550)Ā āmicrochip projects, microcontroller projects,Ā ā
Electronic piano circuit PCB printed circuit board drawing upon the Pic18f4550 microcontroller PIC has been a regular speaker on the card directly to number 2 in the pin of this RA0-Pic18f4550 AN0 pine bjt, mosfet transistor or theĀ amplifierĀ can be increased by adding volume.
B1 ā¦Each of the different frequencies of sound to piano buttons B11 to produce.
B1-LA (440 Hz)
B2-SÄ° (494 Hz)
B3-DO2 (2X261Hz)
B4-RE2 (2X293Hz)
B5-MÄ°2 (2X329Hz)
B6-FA2 (2X349Hz
B7-SOL2 (2X392Hz)
B8-LA2 (2X440Hz)
B9-SÄ°2 (2X494Hz)
B10-DO4 (4X261Hz)
B11-RE4 (4X293Hz)
Crafted with only the software you donāt have source code mikroC hex, but given the information needed for sound Sound_Play library used mikroc
For example, B1 button;
Audio output 440 Hz square wave. To do this, 440 Hz duration 1/440 = approx 2272 mS equal to. After the delay (1136 mS) ā1ā output, and then exit the ā0ā³, do (you can google translate minor errors with the statement that it will solve the situation inceleyinc the sample code mikroC people dealing with) each of them is used to produce different frequencies of sound.
if (b1)
{
audio=1;
delay_us(1136);
audio=0;
delay_us(1136);
}
source:Ā ELECTRONIC PIANO USING PIC MICROCONTROLLER (PIC18F4550) alternative link:Ā Electronic Piano Using PIC microcontroller (PIC18F4550).RARĀ alternativeĀ link2Ā alternativeĀ link3
