I am just wondering
Will it be a good idea to use opa 1632 for say a preamplifier, Which have susy. And output them to a discrete transistor for better drive? 1632 have internal servo..
Or just build something like a balanced bba3 or aleph p will be better?
What are the advantages quality wise.musicality .thd, harmonics etc.. Please shed some lights.
Will it be a good idea to use opa 1632 for say a preamplifier, Which have susy. And output them to a discrete transistor for better drive? 1632 have internal servo..
Or just build something like a balanced bba3 or aleph p will be better?
What are the advantages quality wise.musicality .thd, harmonics etc.. Please shed some lights.
as far I remember , that chip likes lower values for Rin ?
worth checking datasheet
besides that , good sounding one , I did use it as final stage , after xformer I\V DA conversion , where Rin(s) were also acting as adequate load on xformer secondary , resulting in proper linearity
worth checking datasheet
besides that , good sounding one , I did use it as final stage , after xformer I\V DA conversion , where Rin(s) were also acting as adequate load on xformer secondary , resulting in proper linearity
Isn't Russ from twisted pear audio did something similar?
Maybe i'm wrong, you can check on their site, and here on this forum...
Maybe i'm wrong, you can check on their site, and here on this forum...
juma gave it a shot...
Simple Circlotron with Lateral MOSFETs
But I suspect you want a more conventionnal arrangement, I would love a single OP pair design with the 1632 as well, laterals?
Simple Circlotron with Lateral MOSFETs
But I suspect you want a more conventionnal arrangement, I would love a single OP pair design with the 1632 as well, laterals?
Susy opamp + preamp.. Lol I don't know how to design and make the best of what I can. That's why I am asking
I mean - that chip is capable of being preamp itself , only care is range of preferred Rin values , so it'll need buffer in front , as Juma made it in his application for Circlotron
read datasheets and related papers, think about possible parts you have for input buffers (JFets?) , do not underestimate need for decent power supply ...... and when you done with preliminary thinking about approach and concept , write back here
read datasheets and related papers, think about possible parts you have for input buffers (JFets?) , do not underestimate need for decent power supply ...... and when you done with preliminary thinking about approach and concept , write back here
Worthwhile to make a jfet complementary input? Output 1632? Or just opa 1642 1612 like what other does? I see this can be very high end as well... Corus Jeff Roland.
I'll give a ready made pcb design a go
1642+1632..
Just wanna get to know a hawt gal called Susy
1642+1632..
Just wanna get to know a hawt gal called Susy
buffer is a buffer is a buffer
take care of proper implementation (use bipolar rails which you need anyway for chip
also remove that 1K resistor on output - you need low impedance driving chips
take care of proper implementation (use bipolar rails which you need anyway for chip
also remove that 1K resistor on output - you need low impedance driving chips
It's on!
It's very good. Running it single ended.
Should make a version of whammy with it.. My friend will draw something later maybe jfet input. 1632 then 2sk213
Susy is not plain.... She is hawt like papa
And thank you theslowdiyer. Com for the Gerber file
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It's very good. Running it single ended.
Should make a version of whammy with it.. My friend will draw something later maybe jfet input. 1632 then 2sk213
Susy is not plain.... She is hawt like papa
And thank you theslowdiyer. Com for the Gerber file
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