100% OFF- Proteus Circuit Design Simulations & Mikro C PIC Programming

Embark on a comprehensive journey into the world of electronics circuit design and programming with our course, “Proteus Circuit Design Simulations and Mikro C Programming.” This course is meticulously crafted for beginners and intermediate learners who wish to master the art of circuit design and microcontroller programming, using the powerful Proteus IDE and Mikro C for PIC microcontrollers.

Introduction to Electronics Circuit Simulations on Proteus IDE

Dive into the world of circuit simulations as we introduce you to the Proteus IDE. You’ll start by exploring and understanding the Proteus environment, where you’ll learn how to select components, design your first circuit, and control an LED with a button. As you progress, you’ll get hands-on experience with configuring NPN and PNP transistors, relays, simulating buzzers and DC motors, and even creating wireless circuit connections. By the end of this section, you’ll be equipped with the skills to save and manage your projects effectively.

Introduction to Electronics Circuit Simulations on Proteus IDE:

• Exploring & Understanding Proteus Environment: Get familiar with the Proteus interface, its tools, and how to navigate the workspace.
• How To Pick Components From Proteus: Learn how to select the right components from the Proteus library for your circuit designs.
• Your First Circuit Design In Proteus: Create your first simple circuit in Proteus, understanding the basics of circuit layout.
• LED Control With Button In Proteus: Design a circuit to control an LED with a button, a fundamental skill in electronics.
• How To Save Your Project In Proteus: Learn to save your work properly to ensure your designs are preserved and easily accessible.
• Configuring NPN And PNP Transistor: Understand the configuration of NPN and PNP transistors for circuit designs.
• Configuring A Relay With NPN Transistor: Learn how to integrate a relay into your circuits using an NPN transistor.
• Configuring A Relay With PNP Transistor: Explore the use of a PNP transistor to control a relay in your designs.
• How To Simulate a Buzzer: Discover how to add and simulate buzzers in your circuits.
• How To Simulate DC Motor: Learn to simulate DC motors, essential for many mechanical and robotics applications.
• Wireless Circuit Connection: Delve into wireless circuit design and simulation, a critical skill in modern electronics.

Transition from simulation to real-world application as you learn Mikro C programming for PIC microcontrollers. Starting with the installation and setup of Mikro C and Mikro C Pro, you’ll be guided through various programming exercises, including LED blinking, push button interactions, relay triggering, seven-segment displays, and more. This section will empower you with the knowledge to integrate Mikro C with Proteus ISIS for seamless design and simulation.

1. Download And Installation Of Mikro C: Step-by-step guide to downloading and installing Mikro C for PIC programming.
2. Download And Installation Of Mikro C Pro: Learn how to install the professional version of Mikro C for advanced features.
3. Mikro C And Proteus ISIS: Understand the integration of Mikro C with Proteus ISIS for seamless programming and simulation.
4. LED Blinking: Your first program: make an LED blink using Mikro C and a PIC microcontroller.
5. Push Button With LED: Program a push button to control an LED, a fundamental concept in embedded systems.
6. Triggering A Relay With PIC16F877A: Learn how to use Mikro C to trigger a relay using the popular PIC16F877A microcontroller.
7. Seven Segment Display With PIC16F877A: Display numbers on a seven-segment display, controlled by a PIC16F877A.
8. Displaying Text In LCD With PIC16F877A: Program an LCD to display custom text, enhancing your interface design skills.
9. Keypad Scanning: Learn to interface and scan a keypad, essential for user input in embedded systems.

Project Design and Programming:

• Water Level Indicator with Seven Segment using PIC16F877A: Design and program a water level indicator with a visual display.
• LDR Based Smart Street Light with PIC16F877A: Create an energy-efficient smart street light system using an LDR sensor.
• Water Level Indicator with Tank Status Checker (PIC16F877A): Develop a more advanced water level indicator that also checks tank status.

Recommended Projects for Engineering Students:

• Password Based Wireless Home Automation System with PIC16F877A
• Emergency Override Traffic Light System with PIC16F877A
• Traffic Light with GSM Density Checker using PIC16F877A
• Password Based Security System with GSM Alert Technology with PIC16F877A
• Rash Drive/High Speed Detector with GSM Alert with PIC16F877A
• Underground Cable Fault Locator with PIC16F877A
• Dot Matrix LED Display with 8051 Microcontroller
• Printed Circuit Board Design with Proteus IDE

Benefits of This Course:

• Comprehensive Learning: Gain a solid understanding of both circuit design and microcontroller programming, from basics to advanced projects.
• Practical Skills: Develop hands-on experience with real-world applications of Proteus and Mikro C, preparing you for projects in electronics and embedded systems.
• Career Advancement: Enhance your resume with skills highly sought after in electronics engineering, automation, and IoT development.
• Project-Based Learning: Apply your knowledge to practical projects that can be used as a portfolio or as a basis for further innovation.

Real-World Application:

The skills learned in this course can be applied to various industries, including electronics design, home automation, robotics, IoT (Internet of Things), and more. Whether you’re developing new consumer electronics or automating industrial processes, the knowledge gained here will be invaluable.

Enroll in “Proteus Circuit Design Simulations and Mikro C Programming” today and take the first step towards mastering the exciting world of electronics and embedded systems!