Here, read this while your waiting for a response from someone who counts.
http://www.murata.com/emc/knowhow/pdfs/te04ea-1/26to28e.pdf
I remembered seeing the above article a few years ago. It took me a solid 15 minutes of searching to find it again.
http://www.murata.com/emc/knowhow/pdfs/te04ea-1/26to28e.pdf
I remembered seeing the above article a few years ago. It took me a solid 15 minutes of searching to find it again.
Thanks, anonymous1
I read this thread, I got confused.
http://www.diyaudio.com/forums/showthread.php?s=&threadid=89184&perpage=25&pagenumber=1
I read this thread, I got confused.
http://www.diyaudio.com/forums/showthread.php?s=&threadid=89184&perpage=25&pagenumber=1
David , your inductor is wound in common-mode fashion, its good in class-BD when at idle, no signal conditions. But when the duty cycle variation begins with signal, it triggers the saturation very easily, because the flux charging discharging cycle time period is asymmetric......since carrier is in Phase, Audio is out of phase...................
if you wound a differential inductor and put it in bridged Class-D with AD modulation, it would not saturate and also provide more inductance with lesser number of turns.
if you wound a differential inductor and put it in bridged Class-D with AD modulation, it would not saturate and also provide more inductance with lesser number of turns.
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