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Simple Fix for 280 Rule Violations! | 1 Min PCB Design Review
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5,997 Views โ€ข May 21, 2025 โ€ข Click to toggle off description
In this quick and informative PCB design review, Tech Consultant Zach Peterson examines an STM32 board that has a staggering 280 rule violations. Zach uncovers that the root cause is simply not updating the default design rules - a common mistake with an easy fix!

He also shares valuable insights about resistor placement on feedback lines, proper STM32 power supply design, and when a two-layer board is sufficient for STM32 projects.

Zach reviews important details including silk screen clearance issues, via tenting recommendations, and corrects a DNP (Do Not Populate) notation error. Whether you're designing your first STM32 board or looking to improve your existing designs, this concise review highlights essential considerations to ensure your next PCB design passes manufacturing requirements.

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#PCBDesign #STM32 #ElectronicsEngineering
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Views : 5,997
Genre: Science & Technology
License: Standard YouTube License
Uploaded At May 21, 2025 ^^


warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
Rating : 4.818 (7/147 LTDR)

95.45% of the users lieked the video!!
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RYD date created : 2025-05-25T22:14:05.459396Z
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4 Comments

Top Comments of this video!! :3

@josephbaker9932

3 days ago

Having two resistors in series in the feedback leg allows him to more precisely set the resistance value by mixing & matching values.
For example, combining values from two different decades: 10.0K in series with 953 ohms. There is a question in my example of whether the tolerance of the 10.0K would dominate the precision of the 953 ohms. This may not be the best illustration, but there are examples where being able to combine two different resistance values will allow more precise setting of the voltage than one resistor alone.
The other option would be to use a single resistor, but with a 0.1% tolerance. That would be undesirable since it would add a lot of cost to the design, vs just having two 1% resistors in series.
I understand what he did and I agree and I have done this in past designs.

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