Online Workshop on

"PCB Design with Special Emphasis on Power Supply Layout"

 

 

 

 

 

 

 

 

 

 

 

 

 

 

This is a companion webinar to the “Power Supply Design Using LTspice.” This webinar can also be taken as a stand-alone course on PCB design.

In this course we will take you through the entire process of PCB Design. We will start with a high level overview of the steps and software necessary to turn a circuit design into a PCB prototype. Then we will dive in as we demonstrate how a power supply design, from the companion webinar, is rendered in schematic capture and turned into a PCB layout. Along the way we will cover creating components, managing component libraries, laying copper tracks and copper pours, using vias to make connections across layers, as well as adding silkscreen and multi-layer boards.

In the second half of this workshop we will cover UL creepage and clearance requirements, minimizing EMI from the switching frequency of a switch mode power supply, and managing heat from the power components. Then we will look at Designing for Manufacturing and Design Rule Check. We will also add a layer for Assembly Drawings and export a 3D model of the board to specify the mechanical aspects of the PCB. Finally, we will generate all of the output files including Gerber files for PCB manufactures, Bill of Materials for sourcing components, XY Component Positions for populating the PCB. We will also review the files in a Gerber viewer and look at the prototype ordering process.

We will be using DesignSpark PCB Layout software, which is a powerful free software with no limitations from RS Components. We will also be using Viewmate Deluxe from Pentalogix. You may use their free version to follow along in the course.

Date: February 2, 2018 (Friday)

 

Time: 8AM - 2PM PST

Location: Online (With LIVE instructor)

Agenda:

Part 1 - Basic PCB Layout

1. Schematic Capture and building simple components.

2. Translating to board layout, layout planning, component footprints, and layers.

3. All about Layouts: tracks, copper pours, multi-layer boards, vias, silkscreen.

4. Adding special components such as custom magnetics and heat sinks.

 

Part 2 - Finishing and Ordering

5. Power Supply specific considerations: designing for UL, EMI, heat management.

6. Design Rules and Design for Manufacturing, Assembly Drawings, 3D Model.

7. Preparing Gerbers, BOMs, XY Component Positions, ordering prototypes.

The workshop recording will be provided to the attendees after the workshop so you can learn at your own pace.

Who should attend:

  • Power management professionals

  • Design engineers

  • Application engineers

  • Field Application engineers

  • Marketing and sales people

  • Electronics technicians

  • Electrical engineering students who want to join the semiconductor industry soon

 

Speaker: Carol Lenk

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Carol Lenk holds an Electrical Engineering degree from MIT and has been in the LED industry for 10 years. She is the co-author of a best-selling book on LEDs and LED drivers now in its 2nd edition. She has been concentrating on PCB design for the last five years. 

Register

Cancellation Policy

Workshops are subject to cancellation if the minimum number of attendees is not met five days prior to the date of the seminar. 

In the event of short notice cancellation, Learner's Place's liability is limited solely to the refund of the course fees.