Hi Nuuk,
Many thanks for sharing the buffer delay circuit for gainclone in your website! 😀
I'm enjoying my point to point LM3876 equipped with Nelson Pass B1 Buffer Preamp with the delay circuit in place 😀 😀
Previously there was thump during on and off and now it's gone!! 😀
The sweet sounding of LM3876 coupled with Nelson Pass B1 Buffer Preamp achieved!!
Again, thanks!!
Best regards from Jakarta - Indonesia 😀
Many thanks for sharing the buffer delay circuit for gainclone in your website! 😀
I'm enjoying my point to point LM3876 equipped with Nelson Pass B1 Buffer Preamp with the delay circuit in place 😀 😀
Previously there was thump during on and off and now it's gone!! 😀
The sweet sounding of LM3876 coupled with Nelson Pass B1 Buffer Preamp achieved!!
Again, thanks!!
Best regards from Jakarta - Indonesia 😀
Glad you are enjoying it Dino. I'm about to re-arrange my system and will be using a delay circuit again on the buffers so I can turn it all on with one switch. I add my thanks to whoever designed that circuit originally! 😉
Hello,
I know that this thread is very old. All the images in it are now defunct, so I cannot use them to help me devise a solution for my circuit.
I am trying to use your approach on a tube front end super-triode, feeding a unity gain OPA541. (Super Triode Connected (STC) chip amp)
I got here from Building a Gainclone chip amp with various active buffers using opamps and discrete components. .
There are no R-C components on the input of the OPA541. I'm trying to figure out if I can use the delay to switch out the shorted inputs on the chip without any problems.
I am a paint-by -number type of builder. I don't have enough time to spend studying more electronics. I build for fun so please be a little patient.
I have attached some images.
Thank you for your help.
- ziffel
I know that this thread is very old. All the images in it are now defunct, so I cannot use them to help me devise a solution for my circuit.
I am trying to use your approach on a tube front end super-triode, feeding a unity gain OPA541. (Super Triode Connected (STC) chip amp)
I got here from Building a Gainclone chip amp with various active buffers using opamps and discrete components. .
There are no R-C components on the input of the OPA541. I'm trying to figure out if I can use the delay to switch out the shorted inputs on the chip without any problems.
I am a paint-by -number type of builder. I don't have enough time to spend studying more electronics. I build for fun so please be a little patient.
I have attached some images.
Thank you for your help.
- ziffel
Attachments
Last edited:
- Status
- Not open for further replies.