How to wire an audio amplifier using the Wolverine amplifier as an example Hifisonix excellent document: "How to wire an audio amplifier" hifisonix.com/wp-content/uplo...
Building a different amplifier through GB in diyaudio, this video is a great source of valuable knowledge and skills as well as much inspiration. Thanks for sharing. Danieljw.
I wanted to express my sincere appreciation for the incredible video @danieljw shared with us. It is truly a masterpiece, both in terms of its professional quality and the abundance of valuable information it provides for all amplifier builders. The amount of effort and dedication that went into creating this video is truly commendable. It's evident that the Daniel took his time to ensure that each and every detail was thoroughly explained, leaving no room for confusion. I have no doubt that this video will become an invaluable resource for our community. Its informative content covers a wide range of topics that are relevant to amplifier builders of all levels of experience. The video has undoubtedly raised the bar for the quality of content within our community, inspiring us all to strive for excellence in our own projects. I am genuinely grateful that this video was created and I have no doubt that it will revisit it numerous times in the future. Thank you once again for your incredible contribution to our DiyAudio community!
Thank you for this video. I have wanted to make my own amp. This have given me the confidence to actually start the project. I have kind of pieced together on how to do it, but this information is what I needed. Thank you.
Really nice example. Please could you put a list of parts and ancilliary boards you used in this example - things like the ground lift board, the softstart etc.
Thanks for the nice comments Mike, I would suggest to have a look in the wolverine build thread for this information. The gnd lift is here: www.pcbway.com/project/shareproject/Ground_Lift_PCB_V1_1_173beed5.html#:~:text=Lift%20PCB%20V1.-,2,use%20of%20a%20bridge%20rectifier. The soft start boards were Virtual Zero Audio: facebook.com/virtualzeroaudio/ not sure if they are still around. I had to modify these a bit to work. Transformers are Toroidy brand. Case is from the diyaudio store (deluxe 5U) I hope this helps. - Daniel
Hey Daniel, thanks for your superb videos. Do you have any info if there is a third group buy planned or what the future holds for people wanting to build this project? Thanks so much.
IS very interesting how these guys are regarding audio throwing everything they can to the mix in order to get the lowest THD possible ... even at 2:00 hack the hell up a nice board with a nasty wire.... and that's cool and fun, no judgment
I appreciate your participation in this community and your eagerness to contribute. However, let's try to maintain a positive and respectful atmosphere for everyone involved. It is worth noting that while this modification may only bring slight improvements across the full bandwidth, it is still a topic of discussion for some individuals. We have acknowledged that it is not a vital modification, but it can be interesting to explore nonetheless for users that want the Lowest THD If you have difficulties or concerns regarding placing a small piece of wire on a PCB, it might be helpful to ask for guidance or further explanations. Let's focus on constructive discussions and learning from one another.
The feedback trace can have a massive impact on distortion hence the options we have provided to try and find the best location along the way. We have now settled on the best location
No, it's about loop area, and how the high currents in that area generates magnetic fields and how those magnetic fields get coupled into the feedback trace.
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Building a different amplifier through GB in diyaudio, this video is a great source of valuable knowledge and skills as well as much inspiration. Thanks for sharing. Danieljw.
I wanted to express my sincere appreciation for the incredible video @danieljw shared with us. It is truly a masterpiece, both in terms of its professional quality and the abundance of valuable information it provides for all amplifier builders.
The amount of effort and dedication that went into creating this video is truly commendable. It's evident that the Daniel took his time to ensure that each and every detail was thoroughly explained, leaving no room for confusion.
I have no doubt that this video will become an invaluable resource for our community. Its informative content covers a wide range of topics that are relevant to amplifier builders of all levels of experience.
The video has undoubtedly raised the bar for the quality of content within our community, inspiring us all to strive for excellence in our own projects.
I am genuinely grateful that this video was created and I have no doubt that it will revisit it numerous times in the future.
Thank you once again for your incredible contribution to our DiyAudio community!
Truly magnificient work. Great, informative video, I'm sure it will help many audio enthusiasts.
Thank you !
Thank you
Thank you for this video. I have wanted to make my own amp. This have given me the confidence to actually start the project. I have kind of pieced together on how to do it, but this information is what I needed. Thank you.
Thanks for the feedback Pete !
All the best for your amplifier building journey
Very nice walk-through! Much appreciated!
Glad you enjoyed it!
Lots of very usefull info! Great work!
Really nice example. Please could you put a list of parts and ancilliary boards you used in this example - things like the ground lift board, the softstart etc.
Thanks for the nice comments Mike, I would suggest to have a look in the wolverine build thread for this information.
The gnd lift is here: www.pcbway.com/project/shareproject/Ground_Lift_PCB_V1_1_173beed5.html#:~:text=Lift%20PCB%20V1.-,2,use%20of%20a%20bridge%20rectifier.
The soft start boards were Virtual Zero Audio: facebook.com/virtualzeroaudio/
not sure if they are still around. I had to modify these a bit to work.
Transformers are Toroidy brand.
Case is from the diyaudio store (deluxe 5U)
I hope this helps.
- Daniel
Where can I get that soft start with trigger from?
Hey Daniel, thanks for your superb videos.
Do you have any info if there is a third group buy planned or what the future holds for people wanting to build this project?
Thanks so much.
The is a group buy currently on the forum
@@stuartmp1974 Hi Stuart, thank you so much. I already send you an email for the group buy. Thanks so much for your care and this awesome project. :)
Thanks for your feedback - I hope the last video helped answer your question :)
It's not wireless ? :). Nice work sir !
One day Jason, one day...
IS very interesting how these guys are regarding audio throwing everything they can to the mix in order to get the lowest THD possible ... even at 2:00 hack the hell up a nice board with a nasty wire.... and that's cool and fun, no judgment
I appreciate your participation in this community and your eagerness to contribute. However, let's try to maintain a positive and respectful atmosphere for everyone involved.
It is worth noting that while this modification may only bring slight improvements across the full bandwidth, it is still a topic of discussion for some individuals. We have acknowledged that it is not a vital modification, but it can be interesting to explore nonetheless for users that want the Lowest THD
If you have difficulties or concerns regarding placing a small piece of wire on a PCB, it might be helpful to ask for guidance or further explanations.
Let's focus on constructive discussions and learning from one another.
@@stuartmp1974 Thank you.... as I said, not judgment I just find it very interesting.
The feedback trace can have a massive impact on distortion hence the options we have provided to try and find the best location along the way. We have now settled on the best location
@@stuartmp1974 So the goal is to reduce inductance on that trace bypassing rout 1 and route 2 of the NFB network right?
No, it's about loop area, and how the high currents in that area generates magnetic fields and how those magnetic fields get coupled into the feedback trace.
odakle si ??
I am not sure what that means ?
@@danw1million However man. You changed your nickname for what reason ?