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Autodesk Eagle : PCB & Hardware Design for Beginners

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Added 3 years ago by tutsnode in Other
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Autodesk Eagle : PCB & Hardware Design for Beginners (Size: 12.9 GB)
  0 1 KB
  1. About Instructor.html 2.3 KB
  1. Conclusion.html 0 B
  1. Introduction to PCB Design topic.mp4 24.2 MB
  1. Introduction to PSU topic.mp4 13.9 MB
  1. Introduction to Topic.mp4 4.2 MB
  1. Introduction to manufacturing & BOM section.mp4 15.5 MB
  1. Introduction to microcontroller Topic.mp4 20.2 MB
  1. Introduction to motor driver topic.mp4 9.9 MB
  1. Introduction to seven segment display topic.mp4 12.6 MB
  1. Introduction to switch, preset & RGB topic.mp4 9 MB
  1. Introduction to topic.mp4 6.3 MB
  1. SMD Components Soldering.html 409.6 B
  1. Troubleshooting layout errors.mp4 75.6 MB
  1. Troubleshooting schematic errors.mp4 91.6 MB
  1 915.1 KB
  10. DC Motor speed control using potentiometer.mp4 237.9 MB
  10. Introduction to Capacitors - Part 2.mp4 38.8 MB
  10. Layout Design Part 2.mp4 198.1 MB
  11. Introduction to Capacitors - Part 3.mp4 114.4 MB
  11. Layout Design Part 3.mp4 257.5 MB
  12. Introduction to Capacitors - Part 4.mp4 371.1 MB
  12. Layout Design Part 4.mp4 274.3 MB
  13. Introduction to Capacitors - Part 5.mp4 126.1 MB
  13. Layout Design Part 5.mp4 207.2 MB
  14. Introduction to Capacitors - Part 6.mp4 128.1 MB
  14. Layout Design Part 6.mp4 118.8 MB
  15. Layout Design Part 7.mp4 193.5 MB
  16. Introduction to ULP Part-1.mp4 174.2 MB
  17. Introduction to commands Part-1 Printing logo on silkscreen.mp4 98.1 MB
  2. About Courses.html 512 B
  2. Arduino IDE Download & Installation.mp4 27.6 MB
  2. Hardware development process - Part 1.mp4 45.6 MB
  2. Introduction to Eagle control Panel.mp4 89.5 MB
  2. Introduction to PCB layer stackup.mp4 79 MB
  2 1.8 MB
  2. Introduction to Eagle feature Backup.mp4 116.4 MB
  2. Introduction to Eagle software Download.mp4 23.9 MB
  2. Introduction to Gerber data.mp4 81.4 MB
  2. Introduction to Motor driver IC.mp4 74.4 MB
  2. Introduction to layout editor - Part 1.mp4 85.9 MB
  2. Introduction to library creation process - Part 1.mp4 88.8 MB
  2. Introduction to microcontroller Part-1 MCU overview.mp4 118.9 MB
  2. Introduction to seven segment display.mp4 67.1 MB
  2. System power budget calculation.mp4 106.4 MB
  2. Testing Power Supply section.html 409.6 B
  2. Through-hole components soldering.mp4 446 MB
  2. Understanding circuit of Switch, preset & RGB LED.mp4 152.8 MB
  2. What is PCB.mp4 93.2 MB
  3. Hardware development process - Part 2.mp4 67.3 MB
  3. Important Message.mp4 41.1 MB
  3. Introduction to DXF file.mp4 138.9 MB
  3. Introduction to Eagle feature Back Annotation.mp4 67.1 MB
  3. Introduction to Eagle software Installation.mp4 19.2 MB
  3. Introduction to Gerber viewer.mp4 91.5 MB
  3. Introduction to Resistors - Part 1.mp4 101.6 MB
  3. Introduction to SSD driver IC.mp4 92.8 MB
  3. Introduction to USBASP programmer.mp4 170.2 MB
  3. Introduction to layout editor - Part 2.mp4 65 MB
  3. Introduction to library creation process - Part 2.mp4 53.1 MB
  3. Introduction to microcontroller Part-2 Understanding Pin map.mp4 292.4 MB
  3. Introduction to power supply IC.mp4 131.4 MB
  3. Introduction to schematic editor - Part 1.mp4 71.5 MB
  3. Schematic design of switch, preset & RGB LED.mp4 162.2 MB
  3 2 MB
  3. Testing microcontroller section.html 409.6 B
  3. Understanding circuit of Motor driver IC.mp4 58.5 MB
  4. Components placement planning.mp4 152 MB
  4. Course Curriculum & Material.html 409.6 B
  4. Hardware block diagram.mp4 40.1 MB
  4. Introduction to Resistors - Part 2.mp4 85 MB
  4. Introduction to USB to UART converter.mp4 193.9 MB
  4. Introduction to layout editor - Part 3.mp4 85.5 MB
  4. Introduction to microcontroller Part-3 Pin Map comparison with Arduino.mp4 68.7 MB
  4. Introduction to popular eagle library websites.mp4 113.1 MB
  4. Introduction to schematic editor - Part 2.mp4 111.8 MB
  4 1.6 MB
  4. Preordering procedure.mp4 90.3 MB
  4. Schematic design of motor driver.mp4 140.6 MB
  4. Testing RGB LED.mp4 203.1 MB
  4. Understanding circuit of PSU Part-1.mp4 78.7 MB
  4. Understanding circuit of SSD.mp4 118.1 MB
  5. Components placement Part 1.mp4 158 MB
  5. Different methods to program Atmega328 MCU.mp4 140.9 MB
  5. Hardware Overview.html 614.4 B
  5 1.4 MB
  5. Introduction to Resistors - Part 3.mp4 92.7 MB
  5. Introduction to layout editor - Part 4.mp4 104.2 MB
  5. Introduction to library installation process.mp4 63.1 MB
  5. Introduction to schematic editor - Part 3.mp4 67.8 MB
  5. Process to order PCB.mp4 221.1 MB
  5. Ratings & Review.mp4 5.4 MB
  5. Schematic design of SSD.mp4 167.5 MB
  5. Testing Switch.mp4 128.7 MB
  5. Understanding circuit of PSU Part-2.mp4 74 MB
  5. Understanding circuit of microcontroller part-1.mp4 97.3 MB
  6. Components placement Part 2.mp4 140.6 MB
  6. How to ask questions.mp4 5.4 MB
  6. Introduction to hardware.mp4 158.1 MB
  6. Introduction to schematic editor - Part 4.mp4 54.8 MB
  6. Understanding Arduino method to program Atmega328 MCU.mp4 141 MB
  6. Understanding circuit of PSU Part-3.mp4 35.4 MB
  6 1.5 MB
  6. Introduction to Bill Of Material.mp4 60.6 MB
  6. Introduction to Resistors - Part 4.mp4 132 MB
  6. Introduction to library modification process.mp4 123.6 MB
  6. Testing Preset.mp4 168 MB
  6. Understanding circuit of microcontroller part-2.mp4 110.5 MB
  7 1.7 MB
  7. Components placement Part 3.mp4 276.5 MB
  7. How to order components.mp4 284.6 MB
  7. Introduction to Potentiometer - Part 1.mp4 85.1 MB
  7. Introduction to schematic editor - Part 5.mp4 70 MB
  7. Programing bootloader in Atmega328 MCU using USBASP programmer.mp4 188.2 MB
  7. Schematic design of PSU.mp4 165.5 MB
  7. Schematic design of microcontroller.mp4 226.7 MB
  7. Testing SSD section.mp4 254.8 MB
  8. Components placement Part 4.mp4 208.6 MB
  8. Introduction to Potentiometer - Part 2.mp4 310.2 MB
  8 513.4 KB
  8. Introduction to schematic editor - Part 6.mp4 105.9 MB
  8. Programing first code in Atmega328 MCU using USB to UART converter.mp4 102.5 MB
  8. Testing Motor driver section.mp4 306 MB
  9. DC Motor speed control using computer.mp4 157.6 MB
  9. Introduction to Capacitors - Part 1.mp4 24.6 MB
  9. Layout Design Part 1.mp4 142.3 MB
  TutsNode.net.txt 102.4 B
  [TGx]Downloaded from torrentgalaxy.to .txt 614.4 B
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  10 97.7 KB
  11 1.3 MB
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  ▲ 238 total files

Description


Description

Training Overview

Learn how to design PCB from scratch.
Covers the end-to-end hardware development process, with a step by step approach.
Uses Eagle software for PCB designing & Arduino IDE for programming the hardware.

Descriptions

This training will arm you with knowledge required to design your own PCBs from scratch. Every single step along the way has been thoroughly covered.

We will be building a custom Arduino UNO board from scratch, which can be programmed using the Arduino IDE. The training also covers some essential circuits (viz RGB LED, switches, preset, motor drivers, seven segment displays), and their interfacing with the microcontroller on the custom Arduino that we are building. You will find yourself using these circuits in a lot of future projects/products.

All in all, this training covers the end-to-end hardware development process. After completing the training, you will be confident in designing your own hardware.

Key Skills you will learn

Circuit Design
PCB Design
Hardware testing
Troubleshooting hardware issues

Who is this training for

Beginners, hobbyists & students getting started in embedded designing.
People building hardware for their engineering project.
People collecting knowledge to grab an internship or job in the embedded field.
You have any of the following questions:
a. How to convert an idea to a finished PCB?
b. What is the workflow for designing hardware?
c. How to approach schematic & layout designing?
d. How to read the components datasheet?
e. Where to order the PCB?
f. Where to get the components?
g. How are components soldered?
h. How to test & troubleshoot the circuit?

What will you learn

PCB Designing using eagle software
Atmega328P Microcontroller based system design (microcontroller used in Arduino Uno)
Power supply system design
Circuit design for LED, RGB LED, Switch, Preset, Motor Driver, Seven segment Display.
Purpose of every single component used & how to select them.
How to read components datasheet
PCB ordering process
Components sourcing
Components soldering
Hardware Testing & troubleshoot techniques

Why should you take this training

High industry demand : PCB design is one of the key skills required to work as a hardware design engineer in electronics product companies like Qualcomm, Texas Instruments, Microchip etc.

It’s everywhere in your life : Whether it’s smart watches, smart phones, IOT devices or electric vehicles, PCBs are everywhere. If designing a system based on a microcontroller & microprocessor excites you, then PCB design is for you.

High scope : The total installed base of IOT devices worldwide is projected to be around 30 billion units by 2025. Due to the surge in products being developed, the demand for PCB design engineers is increasing day by day.
Who this course is for:

Beginner, Hobbyist & Professionals who want to learn hardware design & PCB Design
Those who want to get started with hardware design process from scratch
Those who are good in software and want to understand hardware

Requirements

Basic Electronics Knowledge (Not Mandatory)
Motivated to learn electronics

Last Updated 2/2023

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