This is really cool! Do you have any books/references/application notes that can help a new designer in creating designs like this? Thanks again for the amazing content!
truth be told I did not learn through a single reference, I learned discreetly, and always updated myself and learned new things. I mention all the necessary tricks in the videos and articles. if you completely follow them, it's like a shortcut for you, because most people look for freebies and not something to learn, they watch 2 minutes of any content and leave, but I have subscribers that watch everything completely using hands-free. it's up to you :-)
@@AliReza-xl4zw It was finished long ago, but the editor decides the publication time,. You have the Gerber and you have the schematic from TH-cam, build one for yourself
@@MyVanitar I Made One Week Ago, But I Do not Have Any Power In the output,I Calculated 85 Turn For Pri, 17 Turn For Sec,But I Do not Have Any Output, I Made 9 Volt, 12 Volt and 15 Volt Single With This Chip And EE25/19 Transformer, Never Had Any Problem Till Now, And I Do not Know What To Do Next, I Was Hopping Your Article Might Help Me
That is very large for only 15 Watts. That 86C of the snubber is 60C over ambient. Other parts also have a high temperature rise. Did you plan on a simple, inexpensive thermal path for these hot parts?
it depends compare it with what, cheap online boards?! there is no SMD component, the power rating is correct and continuous (not a fake rating), and EMI/noise/safety was considered.
They don't have high-temperature rise, 50-55C is nothing. Do you have a thermal camera? check your boards for maximum current after 1 hour. if you always edit your comments, I can not reply correctly
85-260VAC to Dual +/-15VDC-0.5A Switching Power Supply
I have never seen a dual output supply on TH-cam, Very good design, both circuit design and layout ❤
Glad you like it!
Very good design and explanation 😊
Thanks a lot 😊
Goodluck my friend
Nice.
Thank you! Cheers!
This is really cool! Do you have any books/references/application notes that can help a new designer in creating designs like this? Thanks again for the amazing content!
truth be told I did not learn through a single reference, I learned discreetly, and always updated myself and learned new things. I mention all the necessary tricks in the videos and articles. if you completely follow them, it's like a shortcut for you, because most people look for freebies and not something to learn, they watch 2 minutes of any content and leave, but I have subscribers that watch everything completely using hands-free. it's up to you :-)
@@MyVanitar Thanks. I've defintiely learned a lot from your content! I want to do some more power electronic and RF based designs.
What is The Turn Number of Pri & Sec Winding?You Did not gave The Article Link
article will be published later, check back again
@@MyVanitar Sir Did You Finished The Article?
@@AliReza-xl4zw It was finished long ago, but the editor decides the publication time,. You have the Gerber and you have the schematic from TH-cam, build one for yourself
@@MyVanitar I Made One Week Ago, But I Do not Have Any Power In the output,I Calculated 85 Turn For Pri, 17 Turn For Sec,But I Do not Have Any Output,
I Made 9 Volt, 12 Volt and 15 Volt Single With This Chip And EE25/19 Transformer, Never Had Any Problem Till Now, And I Do not Know What To Do Next, I Was Hopping Your Article Might Help Me
It's not as easy as calculating the turns. follow this: primary: 49turns-0.3mm (1.13mH), secondary (each): 7turns-0.5mm
That is very large for only 15 Watts. That 86C of the snubber is 60C over ambient. Other parts also have a high temperature rise. Did you plan on a simple, inexpensive thermal path for these hot parts?
it depends compare it with what, cheap online boards?! there is no SMD component, the power rating is correct and continuous (not a fake rating), and EMI/noise/safety was considered.
They don't have high-temperature rise, 50-55C is nothing. Do you have a thermal camera? check your boards for maximum current after 1 hour. if you always edit your comments, I can not reply correctly
Great work. Will this board work in 60Hz, not 50Hz?
it also works with 60Hz, not a problem, I'll edit the text
@@MyVanitar Thanks.=)