Oktober 2017 ~ Mikroprosesor dan Mikrokontroler

Senin, 30 Oktober 2017

21.49

INTERUP

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[KEMBALI KE MENU SEBELUMNYA]

DAFTAR ISI

1. Tujuan

2. Alat dan Bahan

3. Dasar teori

4. Pogram
5. Flow chart

6. Rangkayan simulasi

7. Video simulasi

8. Link download

1. Tujuan [kembali]

2. Alat dan Bahan [kembali]

4.Program [Kembali]

void main() {

TRISA=0x00; // Menyatakan PORTC sebagai output

INTCON.GIE=1; // Mengatifkan Global Interrupt

INTCON.INTE=1; // Mengaktifkan interrupt ekseternal

while(1){

PORTA=0x0D; // Semua LED mati

}

}

void interrupt(){

INTCON.INTF=1; // Membersihkan interrupt flag eksternal

PORTA=0xFF; // Menginverskan nilai PORTC sehingga semua LED Hidup

delay_ms(100); // delay 100 ms

}

5.Flow chart [Kembali]

6.Rangkayan Simulasi [Kembali]

7.Video simulasi [Kembali]

8.Link download [Kembali]

projek dan code disini

20.40

DOT MATRIK

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[KEMBALI KE MENU SEBELUMNYA]

DAFTAR ISI

1. Tujuan

2. Alat dan Bahan

3. Dasar teori

4. Pogram
5. Flow chart

6. Rangkayan simulasi

7. Video simulasi

8. Link download

1. Tujuan [kembali]

2. Alat dan Bahan [kembali]

4.Program [Kembali]

void main() {

TRISA=0x00; //PORTB Sebagai Output

TRISB=0x00; //PORTC sebagai Output

PORTA=0x00; //nilai awal PORTB low

PORTB=0x00; //nilai awal PORTC low

while(1){

// jika switch 1 aktif, maka

PORTB=0x9c; // LED kolom 1,2,6,7 bergerak ke bawah

PORTA=0x01;

delay_ms(5);

PORTA=0x02;

delay_ms(5);

PORTA=0x04;

delay_ms(5);

PORTA=0x08;

delay_ms(5);

PORTA=0x10;

delay_ms(5);

PORTB=0xc9; // LED kolom 2,3,5,6 bergerak ke bawah

PORTA=0x01;

delay_ms(5);

PORTA=0x02;

delay_ms(5);

PORTA=0x04;

delay_ms(5);

PORTA=0x08;

delay_ms(5);

PORTA=0x10;

delay_ms(5);

PORTB=0xf7; // LED kolom 5 bergerak ke bawah

PORTA=0x01;

delay_ms(5);

PORTA=0x02;

delay_ms(5);

PORTA=0x04;

delay_ms(5);

PORTA=0x08;

delay_ms(5);

PORTA=0x10;

delay_ms(5);

}

}

5.Flow chart [Kembali]

6.Rangkayan Simulasi [Kembali]

7.Video simulasi [Kembali]

8.Link download [Kembali]

link projek + code disini

Minggu, 15 Oktober 2017

23.33

ADC

Bad Boys No comments

[KEMBALI KE MENU SEBELUMNYA]

DAFTAR ISI

1. Tujuan

2. Alat dan Bahan

3. Dasar teori

4. Pogram
5. Flow chart

6. Rangkayan simulasi

7. Video simulasi

8. Link download

1. Tujuan [kembali]

2. Alat dan Bahan [kembali]

4.Program [Kembali]

#include "Includes.h"

/*
* Function Name: InitADC
* Purpose : To initialize ADC on PORTA and PORTE pins.
* Input(s) : none
* Output(s): none
* Author: M.Saeed Yasin 17-12-12
*/
void InitADC(void)
{
ADCON1 = 0x80; // Make PORTA and PORTE analog pins
// Also, Vref+ = 5v and Vref- = GND
TRISA = 0x2f; // Make RA5, RA3, RA2, RA1, RA0 input
TRISE = 0x07; // Make RE0, RE1 and RE2 input
ADCON0 = 0x81; // Turn on the A/D Converter
}

/*
* Function Name: GetADCValue
* Input(s) : Channel name, it can be AN0, AN1, AN2, AN3, AN4
* AN5, AN6 or AN7 only. Channel is selected according
* to the pin you want to use in the ADC conversion.
* For example, use AN0 for RA0 pin. Similarly for
* RA1 pin use AN1 etc.
* Output(s): 10 bit ADC value is read from the pin and returned.
* Author: M.Saeed Yasin 17-12-12
*/
unsigned int GetADCValue(unsigned char Channel)
{
ADCON0 &= 0xc7; // Clear Channel selection bits
ADCON0 |= (Channel<<3); // Select channel pin as ADC input

__delay_ms(10); // Time for Acqusition capacitor
// to charge up and show correct value
GO_nDONE = 1; // Enable Go/Done

while(GO_nDONE); // Wait for conversion completion

return ((ADRESH<<8)+ADRESL); // Return 10 bit ADC value
}