Svart
Well-known member
Ok I'm getting further with a buss channel design and decided it's time to give it a thread of it's own.
I'm sure you've read all the other threads and here will be no difference except for all of the information being in one place.
Here's the information in a nutshell:
Primarily SMD except for where I HAVE to use through hole. sorry folks, this is what I like and it keeps the cost down through fewer drill holes and through plating.
Active impedence converter roughly based on the $$L4k and others like it.
MAT04 with footprints for the AD825/AD829/5534/DOA and servos.
Bipolar caps, Nichicon Muse ES between stages but will have jumpers so you can leave the caps out if you are using servos.
Extra pad widths for through hole parts.
SSM2402 for switching and muting.
I'm trying to keep the devices in the audio path as few as possible while still being as fast as possible.
Any and all suggestions welcome.
I'll be getting a schemo up soon.
For those wondering about circuit flow,
input->inductor->bipolar cap->MAT04->opamp(s)->insert->cap(undecided)->opamp buffer(undecided)->fader->opamp->output
I'm sure you've read all the other threads and here will be no difference except for all of the information being in one place.
Here's the information in a nutshell:
Primarily SMD except for where I HAVE to use through hole. sorry folks, this is what I like and it keeps the cost down through fewer drill holes and through plating.
Active impedence converter roughly based on the $$L4k and others like it.
MAT04 with footprints for the AD825/AD829/5534/DOA and servos.
Bipolar caps, Nichicon Muse ES between stages but will have jumpers so you can leave the caps out if you are using servos.
Extra pad widths for through hole parts.
SSM2402 for switching and muting.
I'm trying to keep the devices in the audio path as few as possible while still being as fast as possible.
Any and all suggestions welcome.
I'll be getting a schemo up soon.
For those wondering about circuit flow,
input->inductor->bipolar cap->MAT04->opamp(s)->insert->cap(undecided)->opamp buffer(undecided)->fader->opamp->output