Potentiometer interface PIC16F877A. Scratch to expert prj.

Learn to use potentiometer with a PIC16F877A microcontroller to make tons of projects for the world.

What you'll learn
- How to interface a potentiometer with a microcontroller.
- How to program a PIC16F877A microcontroller to read the output of a potentiometer using ADC pin.
- MikroC for PIC programming to read the ADC value comming from a potentiometers variable pin.
- How to make various useful projects like controlling brightness of an LED using a potentiometer with a PIC16F877A microconroller.

Requirements
- Beginners are welcomed.

Description
Hello Guys,

Learning how to interface a potentiometer with a PIC16F877A microcontroller is not only about specific to PIC. PIC16F877A is one of the most hardcore microcontroller in the market. If you learn this than you learn all others. Beacuse all have same methodology only compiler environmet differs. For industrial and other commercial or even military projects PIC is one of the most rigid microcontroller.

This course will first take you through a basic introduction to PIC16F877A microcontroller. After that it will lead you towards how to download and install the required softwares. Than we move onto our main topic.

Course outline is as under:

Introduction to PIC16F877A.

Lecture 1: Introduction to PIC16F877A.

Lecture 2: How to go through datasheet of PIC16F877A.

Lecture 3: Pins and ports of PIC16F877A.

Lecture 4: Setting up a PIC16F877A for programming.

Download and install mikroC for PIC and PICKIT 3 programmer tool.

Lecture 5: Download and install MikroC for PIC.

Lecture 6: Download and install PICKIT 3 programmer tool.

PIC16F877A interface Potentiometer tutorials.

Lecture 7: LED brightness control using a potentiometer with a PIC16F877A.

Lecture 8: Display pot value on LM016 LCD in percentage using PIC16F877A.

Lecture 9: Slide potentiometer interface PIC16F877A.

Lecture 10: Using slide potentiometer to control LED brightness using PIC16F877A’s PWM.

Lecture 11: Potentiometer tester using PIC16F877A.

Lecture 12: LED train with speed control using PIC16F877A.

Lecture 13: Control LED blinking speed using a potentiomter with PIC16F877A.

Lecture 14: Use Pot to adjust LED triggering threshold for LDR based light detection.

Lecture 15: DC motor speed control using PWM of PIC16F877A using a POT.

Lecture 16: Display on LCD Pot rotation using PIC16F877A.

Lecture 17: Use if else to use POT values to do different tasks using PIC16F877A.

Who this course is for:
- Electronic students, electronic hobbyist and anyone with an intrest of making projects using sensors and modules using microcontrollers.
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