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DTSTAMP:20230425T030650Z
UID:7B71FF5C-BE55-4C3B-8705-BADB4E6EBD6F
DTSTART;TZID=America/New_York:20230412T173000
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DESCRIPTION:Welcome to part 2 of our two-part PCB tutorial series! In part 
 1\, we covered how to create a schematic diagram of your circuit design. N
 ow\, in part 2\, we will focus on how to draw the PCB layout using a CAD s
 oftware. The tutorial will cover the following topics:\n\n1. Introduction 
 to PCB layout and the importance of good design practices\n\n2. Importing 
 the netlist from the schematic\n\n3. Placing components on the PCB and arr
 anging them for optimal layout\n\n4. Routing the connections between the c
 omponents using traces and vias\n\n5. Adding copper pour and ground planes
  for improved signal integrity\n\n6. Checking the design for errors and fi
 xing them\n\n7. Generating the manufacturing files for the PCB\n\nBy the e
 nd of this tutorial\, you will have a complete PCB layout that is ready to
  be manufactured.\n\nWe hope that this tutorial series has been informativ
 e and useful for your PCB design projects. Happy designing!\n\nRoom: H655\
 , Bldg: Hall Building\, 1550 De Maisonneuve West\, Montreal\, Quebec\, Can
 ada\, H3G 2E9
LOCATION:Room: H655\, Bldg: Hall Building\, 1550 De Maisonneuve West\, Mont
 real\, Quebec\, Canada\, H3G 2E9
ORGANIZER:acadmics@ieeeconcordia.ca
SEQUENCE:4
SUMMARY:IEEE Concordia PCB Tutorial Part 2
URL;VALUE=URI:https://events.vtools.ieee.org/m/356098
X-ALT-DESC:Description: <br /><p>Welcome to part 2 of our two-part PCB tuto
 rial series! In part 1\, we covered how to create a schematic diagram of y
 our circuit design. Now\, in part 2\, we will focus on how to draw the PCB
  layout using a CAD software. The tutorial will cover the following topics
 :</p>\n<p>1. Introduction to PCB layout and the importance of good design 
 practices</p>\n<p>2. Importing the netlist from the schematic</p>\n<p>3. P
 lacing components on the PCB and arranging them for optimal layout</p>\n<p
 >4. Routing the connections between the components using traces and vias</
 p>\n<p>5. Adding copper pour and ground planes for improved signal integri
 ty</p>\n<p>6. Checking the design for errors and fixing them</p>\n<p>7. Ge
 nerating the manufacturing files for the PCB</p>\n<p>By the end of this tu
 torial\, you will have a complete PCB layout that is ready to be manufactu
 red.</p>\n<p>We hope that this tutorial series has been informative and us
 eful for your PCB design projects. Happy designing!</p>
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