- 1. What You Will Learn in this Course 10m 44s
- 2. Who We Are? 1m 35s
Circuit Design, Simulation and PCB Fabrication Bundle
About this course
This Bundle Consists of 136 Lecture with more than 12.5 hours of HD Video Content and supplementary material in which we cover more than four different software used to design, simulate and fabricate circuits, I can assure you that after this course you will be a professional in Circuit design and fabrication.
You will get the chance to learn:
PCB Design and Fabrication using Frtizing Software
PCB Design: Master Designing Printed Circuit Board using Proteus Software
PCB Design: Make Arduino Nano using Altium Designer
3D Simulation: Microcontrollers, Electronics, Mechanism, PCB using Yenka Software
Soldering Electronic Components Like A Professional
Microcontroller Circuit Design and Simulation
Arduino Circuit Design and Simulation
Let's talk in more details about each Section
PCB Design and Fabrication For Everyone
Learn Printed Circuit Board (PCB) design from Scratch With Zero Experience in Electronics, No Effort and a Free Software
>>> This course is a first of its kind in which you will learn from start to finish on how to design your own Printed Circuit Board (PCB) with Zero Experience in Electronics and Circuit Design, YES, you did hear me, No experience is required at all. >> A-Z Guide to designing, drawing and testing different training kit circuit that comes in hand, using one of the most popular software in the electronics industry, after this course, you will be a master at making PIC Microcontrollers Training Kit instead of buying it. The Arduino is an open-source electronics platform based on easy-to-use hardware and software. Sensing the environment by receiving inputs from many sensors, Arduino affects its surroundings by controlling lights, motors, and a number of other accessories. It's intended for anyone making interactive hardware projects and in this course, we will make it easy for you to Design and Simulate Arduino Boards and Start Testing Your Codes Freely. > Our Brand New Course
This Course will show you in a step by step manner, how to make your very own PIC Microcontroller USB Enabled Training Board (Just like the Arduino Board)
All that you need to do is plug the USB Cable and start writing your code to PIC Microcontroller in no time and see the results without having to remove anything, a healthy helpful testing, and development environment of your own creation.
This is available for your in this course + Bonuses and additional Material + Breadboard and PCB Design if you just want to try things out before mass production
This guild will help you know how to make PIC Microcontroller Based Arduino Like board at home Step by Step
This tutorial shows you how to build a PIC Microcontroller compatible board, it will take you in a step by step manner to know what each component inside the Arduino board is, and what it does and how to wire it up
You will know what is the actual brain in Pinguino board and what you can do with it and how to interface it with your own PC and send codes freely, you will no longer burn a code to a board that you know nothing about it's hardware.
After this course you will be able to make your own board on a breadboard or PCB the choice is yours to make since all connections are explained in details.
What you'll learn
- This Bundle Consists of 136 Lecture with more than 12.5 hours of HD Video Content and supplementary material in which we cover more than four different software used to design, simulate and fabricate circuits, I can assure you that after this course you will be a professional in Circuit design and fabrication.
- You will get the chance to learn:
- PCB Design and Fabrication using Frtizing Software
- PCB Design: Master Designing Printed Circuit Board using Proteus Software
Curriculum
127 Lessons • 12H 24M- 1. Download And Install Software Free 2m 40s
- 2. Getting Started 2m 20s
- 3. Customizing Parts 5m 32s
- 4. Schematic 3m 15s
- 5. Exproting your design as Image or PDF 2m 41s
- 6. Making PCB Part1 6m 36s
- 7. Making PCB Part2 2m 11s
- 8. Cleaning Board 4m 22s
- 9. Finishing Board and Making it yours 10m 17s
- 10. Making a more advance random schematic design 6m 4s
- 11. Print PCB Design on Heat Paper 3m 19s
- 12. PCB Board Cleaning and Etching 1s
- 13. Drilling 4m
- 1. What You will learn 2m 14s
- 2. Introduction Prestart Defentions 1m 15s
- 3. Installing the Required Software Proteus 3m 7s
- 4. Basic introduction to Proteus ISIS interface and Tools 5m 47s
- 5. Design Draw and Test your First Simple Circuit 5m 2s
- 6. Introducing Some Teqniques to Master ISIS 3m 42s
- 7. Create Your Own Electric Element in ISIS Proteus 6m 1s
- 8. Design Draw and Test a more advanced Circuit 8m 4s
- 9. Basic Introduction to ARES interface and tools 6m 25s
- 10. Preparing ISIS Circuit Design to be moved to ARES 5m 30s
- 11. Placing Elements the right way in ARES 5m 41s
- 12. Start Routing in Different Ways 11m 2s
- 13. Finalize Your Circuit for mass production 7m 19s
- 14. Printing Your design on Heat paper 5m 37s
- 1. Software used in This Course 1m 39s
- 2. Download and Install The Software 3m 42s
- 3. User Interface Quick Introduction 7m 5s
- 4. Practical Work First Experiment Simple Led ONOFF Circuit using switches 8m 2s
- 5. Flowcharts Introduction and Example 3m 9s
- 6. Flowcharts Subroutine Example 3m 17s
- 7. Flowcharts and Microcontrollers Intro 2m 22s
- 8. 7 Segment Counter Example 5m 5s
- 9. Using 3D Multimeter and Graphs for Circuit Testing 8m 34s
- 10. Mechanism and Mechanical Parts 5m 14s
- 1. Course Contents 4m 46s
- 2. How to Solder 8m 47s
- 3. Things you need to start soldering 8m 21s
- 4. Things to Consider when Choosing Soldering Irons 6m 52s
- 5. Soldering Accessories 6m 12s
- 6. Soldering Steps: Step One Preparation 6m 31s
- 7. Soldering Steps: Step Two Tinning 3m 11s
- 8. Soldering Steps: Step Three Soldering 1m 44s
- 9. Cleaning Your Soldering Iron 2m 24s
- 10. Tips and Tricks 3m 44s
- 11. Examples of Bad Soldering 2m 1s
- 12. Practical: Example of Good soldering and Bad soldering 2m 16s
- 13. Practical: Soldering Iron Practical 7m 52s
- 14. Let's Try Soldering 4m 36s
- 15. Practical: How to clean soldering tip 4m 6s
- 16. Practical How to solder correctly 3m 34s
- 17. Practical Soldering 2m 14s
- 1. Download and Install Simulation Software 5m 13s
- 2. Interface Explained 7m 19s
- 3. Interface Menu Explained in Details 10m 59s
- 4. Main Window Commands 3m 33s
- 5. Simulation Boards: MCLab1 For PIC16F84, PIC16F628 or PIC16F648 10m 22s
- 6. Simulation Boards: MCLab2 For PIC16F and PIC18F 5m 40s
- 7. Simulation Boards: PIC Genios Board and Arduino Board 8m 45s
- 8. Playing with Code Examples with Different Compilers 11m 40s
- 9. Buttons and LEDs Reading Input and Writing Output 7m 12s
- 10. LCD Interfacing and Simulation 5m 48s
- 11. Relay Interfacing with PIC Microcontroller 6m 26s
- 12. 7 Segment Simulation 10m 9s
- 13. Buzzer Temperature Fan Heater and PWM Simulation Components 7m 36s
- 1. What is a Training Kit 2m 11s
- 2. How training kits make your programming, wiring and testing an easy job 1m 31s
- 3. What are the main components that must be in the training kit 2m 30s
- 4. What are the extra components that you can be added 1m 54s
- 5. What is Printed Circuit Board Design 2m 1s
- 6. What is the best software to do that 4m 14s
- 7. How to start Designing your kit 8m 25s
- 8. Designing your kit continue 5m 14s
- 9. Adding power circuit with protection 4m 39s
- 10. Making PCB Part1 12m 47s
- 11. Making PCB Part2 8m 41s
- 12. Final PCB 3m 13s
- 13. Finishing the board 5m 37s
- 14. Buying items online and End of the Course 3m 26s
- 15. PCB Fabrication: Print PCB Design on Heat Paper 3m 33s
- 16. PCB Board Cleaning and Etching 1s
- 17. Drilling 4m
- 1. Installing Arduino Library For Proteus 1m 46s
- 2. Downloading and Installing Proteus Software 3m 7s
- 3. Adding Arduino Library to Proteus 5m 16s
- 4. Downloading and Installing Arduino Coding Software 4m 46s
- 5. Your First Code in Arduino Coding Software 5m 56s
- 6. Editing the code and Getting the Hex File 2m 38s
- 7. Load the hex file and Run the Simulation 3m 58s
- 1. Download and Installing Altium Designer 9m 45s
- 2. Altium Designer Interface Introduction 3m 47s
- 3. Create Component Symbol & Add Pins 9m 47s
- 4. Finishing the Schematic 12m 47s
- 5. Creating Your Componenets Symbol - Making Footpring and PCB Layout 11m 43s
- 6. Link footprint with Schematic Library 2m 25s
- 7. Adding the new Library File to your Design 3m 1s
- 8. Creating the Atmega Component Symbol 12m 47s
- 9. Creating the Atmega PCB Footprint 11m 43s
- 10. Adding Components and Placing them on Schematic 3m 16s
- 11. ATMEGA Schematic Connection 13m
- 12. USB Connector Schematic 9m 43s
- 13. Header Pins for Nano Board 9m 29s
- 14. Adding Resistors LED Indicators Voltage Regulator 11m 39s
- 15. Annotating and Compiling Project 2m 58s
- 16. Getting Started with the PCB Design Solve Errors 13m 31s
- 17. Drawing The Board Shape 6m 32s
- 18. Placing PCB Items Atmega and Headers 4m 39s
- 19. ICSP SWITCH Resistor array crystal microusb 6m 34s
- 20. FTDI Regulator Capacitors 5m 45s
- 21. Manual Routing 6m 50s
- 22. AutoRouting 12m 2s
- 23. How to make the autorouting work for you 17m 25s
- 24. Improve AutoRouting Trial and Error 9m 48s
- 25. Greber File and Bill of Material 7m 35s
- 1. Introduction and Required Components 3m 25s
- 2. Schematic 10m 22s
- 3. Download and install Pinguino IDE 9m 7s
- 4. Download Bootloader File 5m 5s
- 5. Burn Hex File of Bootloader to Microcontroller 4m 10s
- 6. Drivers 2m 1s
- 7. First EXAMPLE Blink A LED 3m 12s
- 8. Now Build your own Pinguino 1m 45s
- 1. Bonus Lecture: Manufacture a Professional PCB - By PCBWay 14m 35s
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- 1 courses
- Systems students worldwide
Ashraf S.A Almadhoun
Learn from DragonZap instructors with practical, build-first lessons focused on systems, low-level programming, compilers, kernels, and real-world engineering fundamentals.
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