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PIC Microcontroller Using MikroC for PIC. From Scratch.
Partner: Udemy
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Description: This course will allow you to learn how to use PIC microcontrollers to make any project. You will be able to interface any sensor or module with a PIC microcontroller.You will be able to display outputs on touch screens like nextion/dwin, LCDs like LM016, 7-segment displays or a PC/Laptop.You will be able to use MikroC for PIC PWM, UART, Conversion, LCD, ADC and other libraries to interface sensors/modules with PIC microcntroller.You will get better grip on MikroC for PIC compiler.You will be using Proteus for simulation.You will get your hands on making a start-up boards under my supervision for reading and writing data to the PIC microcontroller using MikroC for PIC.My aim will be to start from some simple theory like what is a microcontroller ? What is embedded systems ? Then we will move on to what is a PIC16F877A. An introduction to it. And then we will be having introduction to compiler softwares and then we will setup our hardware for PICKIT3 based read/write operations and then we will be writing our first code for blinking an LED and then after introducing to libraries of MikroC , we will start coding a new project in each lecture.Following Softwares you will learn here on the way:1- MikroC for PIC.2- Proteus.3- PICKIT 3 programmer tool.4- Timer calculator.5- Nextion editor.6- DWIN DGUS.Following Sensors/Modules/electronics will atleast be covered:1- Light Dependant Resistor (LDR).2- LM-35 temperature sensor.3- 7-segment displays.4- LM016 LCD.5- TIP-122 transistor.6- Resistors.7- Potentiometer.8- Push buttons.9- LEDs.10- DC motor.11- HC-05 bluetooth module.12- HC-12 RF module.13- USB to TTL devices like CH340/FT232.14- Touch buttons modules.15- Limit switch.16- Toggle switch.17- Tilt detection module.18- IR LEDs.19- Obstacle detection module.<
Category: Teaching & Academics > Engineering > Microcontroller
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Price: 24.99
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Source: Impact
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