Description
Price: 10.00 USD | Size: 6.75 GB | Duration : 14.53 Hours |7 Video Lessons |
BRAND: Expert TRAINING | ENGLISH | INSTANT DOWNLOAD | 
4.9
Advanced PCB Layout Course
You will learn how to do Advanced PCB Layout (DDR3, PCIE, SATA, Ethernet, etc.).
This course is for Students, Engineers and Professionals and requires some basic knowledge of any EDA tool. If you are just starting with board design, you may want to look at the Advanced Hardware Design course first.
Subtitles are available in English, Arabic, Italian, Portuguese, Spanish and Turkish.
What you will learn in this course
1 Placement
Placing components on PCBs, focusing on CPU, memory, power supplies, connectors and protection. Discovering crucial factors for optimal placement, ensuring efficient design and performance.
2 Starting
Exploring basic rules and stackup settings for layout initiation, master fanout under CPU in high-density areas. Learning about DDR3 preliminary layout, covering layer usage, pin and bank swapping, and more.
3 Planning & Preparing
Learning about board fanout techniques and how to plan layouts for high-speed interfaces and wide buses. Exploring power distribution planning, crosstalk minimization, and impedance calculation. Understanding stackup decision-making.
4 High Speed
Getting insights into high-speed design rules and routing through recommendations and examples. Deciding on layer ordering for an effective and efficient PCB layout.
5 Layout
Determining the optimal number of layers for your PCB. Getting recommendations for effective layout design concerning various peripherals, buses, and power distribution considerations.
6 Improving PCB
Length matching for DDR2/3, PCIE, HDMI, LVDS, GbE, and more. Diving into memory routing, comparing T-branch and Fly-by topologies, and calibration techniques. Exploring polygons, power planes, crucial factors, and practical rules for efficient design.
7 Finishing PCB
Finishing your PCBs, including recommendations for checking the PCB, differential pair length tuning, and finalizing memory layouts. Adding essential details like manufacturing notes and mechanical drawings. Generating and checking gerber files.
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