• Post category:StudyBullet-7
  • Reading time:9 mins read


Take your PCB design skills to the next level

What you will learn

Learn how to use Altium software to create professional PCB designs

Gain an edge in your industry and increase your income.

You will learn a lot about PCB design and get the skills you need to create your own PCBs.

Become the best PCB designer in your company or start your own business as a freelancer.

Description

Introduction:

The Altium Designer Circuit Board Design Course is an online, self-paced course that teaches you how to design PCBs using Altium Designer. In this course Learn everything you must know about Altium. The course covers everything from basic to advanced PCB design topics and includes over 10 hours of video tutorials and hands-on labs.

Altium Limited is a publicly-traded company that provides PC-based electronics design software for engineers who design printed circuit boards. Founded as Protel Systems Pty Ltd in Australia in 1985, the company has offices in the United States, Australia, China, Europe, and Japan. Altium is a PCB design software that is used by many professionals in the industry. it is has a free trial version that can be used to learn the software. The company offers different courses that teach you how to use the software. The course is very comprehensive and covers all aspects of PCB design. If you are looking to learn Altium, I would highly recommend taking one of their courses.

What is Altium Designer

Altium Designer is a PCB design software used by engineers all over the world. The software has a steep learning curve, but a great online course can teach you everything you need to know. The course is offered by Altium, and covers the basics of PCB design all the way up to more advanced topics. The course is free, so you can’t go wrong?


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Why you should take this course?

  • Learn how to use the software for advanced design tasks, including 3D printing
  • Discover tips and tricks to improve your workflow and get the most out of the software
  • Get a practical experience with real-world projects from different industries
  • Take your designs to production, with manufacturing outputs and report generation
  • Create schematic designs and PCB layouts for single- and multi-board projects
  • Understand best practices for Altium design, to help you create high-quality PCBs

The course also includes a detailed guide to the Altium Designer software, so you can start designing your own PCBs right away.

Advantage after learning from this course :

  • Create more efficient designs
  • Develop your skills in a fun and interactive way
  • Gain a strong understanding of the software and its capabilities
  • Get ahead of the competition
  • Gain confidence in your ability to design and create electronic circuits

Sign up for the Altium Course NOW and take your career to the next level!

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Content

Introduction

Introduction
The Design
Creating a New PCB Project
Adding a Schematic to the Project
Setting the Document Options
Accessing the components
Exploring the search results
Understanding the supplier Tier
Acquiring from the manufacturer part search panel to the workspace
Acquiring the multivibrator parts
Placing the multivibrator parts
Working with the properties panel during placement
Placing the capacitors
Placing from the components panel onto the schematic
Placing the transistors
wiring up the circuit
Editing in the Properties panel
Placing the resisitors
the Active bar
Nets and Net Labels
Adding Net Labels
Setting Up Project Option
Checking the electrical properties of your schematic
Setting up the connection matrix
Configuring the Class generation
Setting Up the comparator
Verifying the project to check for errors
Creating a new PCB
Adding a new board to the project
Configuring the board shape and location
Setting the origin and the grid
Editing the board shape
Editing the board shape part II
Configuring the defaults
Transferring the design
Transfering the design from schematic capture of pcb layout
Displaying Layers – View Configuration
Configuring the display of layers
Physical layers and the layer stack manager
Configuring the Grid
Suitable Grid Settings
Setting the snap grid
Setting up the design rules
Routing width design rules
Defining the electrical clearance constraint
Defining the routing via style
Existing design rule violations
Review the design rules
Positioning the components on the PCB
Component positioning and placement options
Positioning Components
Interactively routing the board
Preparing for interactive routing
Time to Route
Interactive routing modes
Feedback during interactive routing
Modifying and rerouting existing routes
Rearrange existing routes
Interactive sliding tips
Activeroute automated interactive routing
Working with activeroute
Verifying your board design
Verifying your board design (part 2)
Configuring the rule checker
DRC rules to check
Running a design rule check (DRC)
Locating the error condition
Understanding the error condition
PCB Rules and Violations Panel
Resolving the violations
Clearance violations
Silk to silk clearance violation
Viewing your board in 3d
Output documentation and project release
Available output types
Individual outputs or an output job file
Configuring the gerber files
Configuring the bill of materials
Preparing the output BOM
Project Release
Project History
Viewing the design in a web browser
Document Commenting
Project Share