Interesting. Need to learn with examples like if we have multiple switching regulators , fix voltage regulator, analog signals / supplies and digital signals on the same pcb. How to get rid of EMC problems? Explain with such an example as described above
Is there any type of filtering required for EMI/EMC. I have designed a microcontroller board , it has many other IC's. its working perfectly. but little problem of EMI/EMC. Is it possible for you to review my PCB ?
To calculate this, an interesting tool is Saturn PCB design toolkit. It's free: saturnpcb.com/?s=pcb+toolkit For 2mA, you will be fine with any trace width starting from the smallest one available in your PCB supplier's design rules.
Interesting. Need to learn with examples like if we have multiple switching regulators , fix voltage regulator, analog signals / supplies and digital signals on the same pcb. How to get rid of EMC problems?
Explain with such an example as described above
Ivery interesting video. I am currently certifying medical electronic devices of my development.
interesting you have layer4 as signal layer which is only adjacent to your PWR layer. All signal layers should be adjacent to GND planes
Is there any type of filtering required for EMI/EMC. I have designed a microcontroller board , it has many other IC's. its working perfectly. but little problem of EMI/EMC. Is it possible for you to review my PCB ?
Hi, best to post this question in the community: community.sentineo.com
How to calculate trace width in pcb 2mA current
To calculate this, an interesting tool is Saturn PCB design toolkit. It's free: saturnpcb.com/?s=pcb+toolkit
For 2mA, you will be fine with any trace width starting from the smallest one available in your PCB supplier's design rules.
How did you learn emc consideration design ?
An interesting resource to start is Wurth's book: "Trilogy of magnetics".
Can you share pdf of this book?
@@mjunaediqbal No sorry, but you can buy it here: www.we-online.com/en/components/products/TRILOGY_OF_MAGNETICS_EN