power supply re-meanderings per se 😕
--note: use (2) different ground planes for actual functionality and tracking
in the end, it is still two voltage sources in series
no optocouplers were harmed in this simple power supply experiment
--note: use (2) different ground planes for actual functionality and tracking
in the end, it is still two voltage sources in series
no optocouplers were harmed in this simple power supply experiment
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Last edited:
Yageo CFR 25 is a good choice
https://www.yageo.com/upload/media/product/products/datasheet/lr/Yageo_LR_CFR_1.pdf
https://www.yageo.com/upload/media/product/products/datasheet/lr/Yageo_LR_CFR_1.pdf
In a perfect world:
~~ $145 USD
finished board with pcb surface mount components soldered
through hole matched components (tape & reel)
included 4 pin Amphenol gold plated XLR front "HEADPHONES"
included 3 pin Amphenol gold plated XLR out the backdoor (2)
included gold plated RCA OUT out the backdoor (2)
(Can be used with adapter for unbalanced "HEADPHONES"
needs case and 7.4V LiPo batteries (2)
and stuff
~~ $145 USD
finished board with pcb surface mount components soldered
through hole matched components (tape & reel)
included 4 pin Amphenol gold plated XLR front "HEADPHONES"
included 3 pin Amphenol gold plated XLR out the backdoor (2)
included gold plated RCA OUT out the backdoor (2)
(Can be used with adapter for unbalanced "HEADPHONES"
needs case and 7.4V LiPo batteries (2)
and stuff
Last edited:
Discrete solution: CFA topology, OITPC compensation, load 30 Ohm.
schematic??
Dolby Transform
379Hz Full spectrum @ 1kHz
.909 distribution factor at 9x
(AKA Dolph-Chebyshev FFT Window Function)
379Hz Full spectrum @ 1kHz
.909 distribution factor at 9x
(AKA Dolph-Chebyshev FFT Window Function)
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Bonsai/Ovation
v.04
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