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Proteus Circuit Design Simulations and PCB Circuit Designs

Name: Proteus Circuit Design Simulations and PCB Circuit Designs
Rating: 4.7 (15 reviews)

Master Circuit Simulations and PCB Designs in Proteus: From Basics to Advanced Projects with Step-by-Step Guidance

Highest Rated

Created byEmenwa Global, George Steve, Juliet Rona

Last updated 3/2026

English

What you'll learn

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.

Course content

2 sections • 31 lectures • 2h 55m total length

Introduction to Proteus for Circuit Designs4:13
Proteus enables circuit design by simulating transistors, resistors, capacitors, LED, LDR, MOSFET, and microcontroller projects in a practical playground for beginners.
Ask Questions, Get Support & Achieve Your Dream!0:49
Understanding Proteus Environment8:44
Explore the Proteus environment by navigating the interface, managing projects, and using tools for zoom, undo, annotations, and PCB design components, meters, and layout settings.
How To Pick Components From Proteus IDE4:17
Learn to source components in Proteus IDE by using the library manager to pick LEDs, resistors, PIC microcontrollers, and batteries, and assign PCB packages to build and simulate circuits.
Your First Circuit Design In Proteus Environment5:11
Learn to build your first Proteus circuit by selecting components, wiring an led with a resistor and a 1.5 cell battery, and testing the circuit in the Proteus environment.
Led Control With Button In Proteus3:28
Learn to control leds in Proteus by adding a push button, wiring a switch to power and turn leds on and off, and validating resistor values for safe operation.
How To Save Your Project In Proteus IDE3:37
Learn how to save and organize your Proteus IDE projects to prevent data loss, including saving to desktop folders and naming your LED circuit project for easy reopening.
Configuring NPN And PNP Transistors In Proteus IDE10:21
Explore how to configure NPN and PNP transistors in Proteus IDE, bias them with resistors and power supplies, and observe switching with an LED output.
Configuring A Relay With NPN Transistor10:54
Configure a relay with an NPN transistor in Proteus, wiring a BC547 driver, diode, resistor, battery, and LED to switch the coil from normally open to normally closed.
Configuring A Relay With PNP Transistor8:11
Configure a relay using a PNP transistor, including diode protection, base biasing, an LED indicator, and a shared ground with a 12-volt supply.
How To Simulate a Buzzer5:24
Learn to simulate a buzzer in Proteus, connect a speaker or sounder, verify sound with signals, and use a microcontroller to generate frequencies.
How To Simulate DC Motor3:44
Learn how to simulate a dc motor in Proteus by wiring components, setting logic states, and reversing polarity to switch rotation, using a dc battery for testing.
Wireless Circuit Connection (Part 1)6:03
Discover how to set up wireless circuit connections with a LED, button, and battery, using terminal mode, defaults, and device naming to enable remote on/off control.
Wireless Circuit Connection (Part 2)6:06
Explore wireless circuit connections in Proteus ISIS by linking a battery, LED, and switch without wires, and verify the LED lights when the wireless link is established.

Introduction to PCB Circuit Design in Proteus IDE7:18
learn to design pcb circuits from scratch using Proteus IDE, comparing major pcb software like Eagle and other tools, and advance from novice to expert in this course.
Required Task For This Course6:06
Design a simple five-volt power supply unit with PCB design software, assembling a bridge rectifier, 2200 µF capacitors, and a five-volt regulator, then prepare for practice simulation and 3D visualization.
Proteus Simulation Of The Project7:16
Design and simulate a five-volt power supply in Proteus, from transformer and rectifier to a five-volt regulator, then plan PCB development, printing, and real-life assembly.
Ares PCB Auto Placer10:08
Learn how to use Proteus' auto placer to position components from libraries, manage package names, set board edges, and begin a step-by-step power supply design.
Creating And Saving New Project2:36
Create a new project in the PCB design software by adding a new layer, saving the layout to a desktop PCB design folder, and naming the project PCB.
Choosing A Board Edge2:56
Discover how to select the board edge in Proteus pcb design software, adjust its size in 2d graphics box mode, and read layer colors to identify different layers.
Picking Components From The Library part 19:18
Pick and place components from the library using package mode to assemble a transformer, bridge rectifier, electrolytic capacitor, diode, and regulator, noting input/output and safety considerations.
Picking Components From The Library Part 22:36
Pick components from the library, including the LED and resistor, and select packages to prepare a Proteus circuit design and PCB with top copper and bottom copper layers.
Circuit Arrangement9:52
Watch this circuit arrangement tutorial to learn how to place transformer inputs, bridge rectifier, electrolytic capacitor, diode, resistor, and LED in a basic power supply layout for PCB design.
Adjusting Board Edge2:08
Adjust the board edge in Proteus circuit design simulations by right-clicking to resize and position the board, then iteratively refine until it fits before connecting the bottom copa.
Connecting Bottom Copper6:00
Select track mode and bottom copper to connect components in Proteus circuit design, then wire the transformer input to the rectifier and establish a common ground.
Design Rule Manager In PCB1:55
Learn to use the design rule manager to enable or disable design checking in PCB layouts, fix net connections, and understand how design rule violations are highlighted.
Circuit Output Terminal Points5:18
Explore setting up circuit outputs, selecting components, pins, and pad modes (square through hole, robot, through hole), and wiring a board with transformer, rectifier, capacitor, regulator, and LED indicator.
Adding Components Board Descriptions9:07
Name and connect AC input, transformer, bridge rectifier, 2200 microfarad 25v capacitor, diodes, and regulator in Proteus; print and label positive and negative rails with proper layer and font settings.
3D Visualization Of Our Project6:42
Master 3d visualization of pcb circuits in proteus, rotate, zoom, and switch to top view to inspect outputs, components, and copper separation, including a rectifier, led, and ac input.
Project Review4:34
Review the project by inspecting the final video, adjusting the top silk layer, and configuring multiple outputs for data visualization and a 5-volt output.
Congratulations! Never Stop Learning...0:15

Requirements

Basic knowledge of electronics is helpful but not required
A PC with Proteus IDE installed (guidance provided inside the course)
Curiosity and willingness to experiment and build!

Description

Unlock the world of hardware embedded systems design with Proteus, the industry-standard software for circuit simulations and PCB design. Whether you’re a beginner or someone looking to sharpen your circuit design skills, this hands-on course will guide you through every step of creating and simulating circuits—and bringing them to life with PCB designs.

In Proteus Circuit Design Simulations and PCB Circuit Designs, you will learn how to design, simulate, and visualize electronic circuits from scratch. You’ll master basic to advanced circuit simulations and PCB design workflows that are essential for modern electronics and embedded system projects.

Introduction to Proteus for Circuit Designs
Get an overview of Proteus IDE and discover why it’s one of the most popular tools for circuit design and simulation.

Understanding the Proteus Environment
Familiarize yourself with the interface, tools, and features of the Proteus workspace.

How to Pick Components From Proteus IDE
Learn how to access and select the right components from the Proteus library to build your circuits.

Your First Circuit Design in Proteus
Design your very first circuit with step-by-step guidance, gaining confidence as you build.

LED Control With Button in Proteus
Simulate a simple LED and button project to understand input and output control in hardware.

Saving and Managing Your Projects
Discover how to save and manage your projects effectively within Proteus IDE.

Configuring NPN and PNP Transistors
Understand and configure NPN and PNP transistors in your circuit designs for real-world applications.

Relay Control Using NPN and PNP Transistors
Learn to interface and control relays using both NPN and PNP transistors to switch larger loads.

Simulating Buzzers and DC Motors
Simulate output devices like buzzers and DC motors, understanding their integration in embedded systems.

Wireless Circuit Connection
Design and simulate wireless communication between circuits in Proteus.

PCB Circuit Design Module Includes:

Introduction to PCB Design in Proteus (ARES Module)
Transition from circuit simulation to PCB design, learning the essentials of layout and board design.

Proteus Simulation of the Project
Validate your circuit design through detailed simulation before moving to PCB layout.

ARES PCB Auto Placer & Manual Placement
Master component placement on the PCB, using the auto placer and manual methods for precision.

Creating and Saving New Projects
Set up and manage new PCB projects in Proteus ARES.

Choosing and Adjusting Board Edges
Define the size and shape of your PCB, adjusting board edges for optimal design.

Connecting Bottom Copper Tracks
Lay out and connect copper tracks efficiently for the bottom layer of the PCB.

Design Rule Manager in PCB
Understand and apply design rules to ensure manufacturability and avoid errors.

Adding Terminal Points and Board Descriptions
Create terminal points for inputs/outputs and add descriptive labels to your PCB layout.

3D Visualization of PCB Designs
View and analyze your PCB in 3D, providing a realistic representation of the final product.

Final Project Review
Walk through a complete review of your project, reinforcing what you’ve learned and identifying areas for improvement.

By the End of This Course, You Will Be Able To:

Design and simulate real-life electronic circuits in Proteus
Configure transistors, relays, and other components
Build wireless circuits and simulate motors and buzzers
Create professional PCB layouts and 3D visualizations
Bring your embedded system projects to life with confidence!

Join now and start designing smart circuits and PCBs like a pro using Proteus!

Who this course is for:

Beginners and enthusiasts interested in electronics circuit simulation and PCB design
Engineering students looking to sharpen their hardware design skills
Hobbyists aiming to build and simulate electronics projects with confidence
Anyone wanting to learn professional PCB design workflows using Proteus IDE

Proteus Circuit Design Simulations and PCB Circuit Designs

What you'll learn

Explore related topics

Course content

Introduction14 lectures • 1hr 21min

PCB SOFTWARE DESIGN17 lectures • 1hr 34min

Requirements

Description

Who this course is for: