Just to share one of my favorite APEX collections LM3886 Chip Amplifer...
What software did you use to recreate this ? It looks very nice.
Hehe, I understand the feeling. 😀I can't stop my self to build again and again.....😀
I enjoy a lot with this very very nice amplifier of APEX
....
Just to share one of my favorite APEX collections LM3886 Chip Amplifer...
I can't stop my self to build again and again.....😀
I enjoy a lot with this very very nice amplifier of APEX
Regards,
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you've got pm sir please check you inbox
Very small PCB based on Yorkville Amps.
sir question do you have a bridge or have a parallel amp
if bridge please guide us beginners how to:
if parallel please guide us again how to thx miles
A good place to start, for bridged and/or paralleled LM3886, is application note AN-1192:
http://www.ti.com/lit/an/snaa021b/snaa021b.pdf
http://www.ti.com/lit/an/snaa021b/snaa021b.pdf
Today another 2 new born babies singing beautifully...😉😀
Regards,
Nice work and is this heatsinks from ATX PSU?
Regards
Nice work and is this heatsinks from ATX PSU?
Regards
Thanks... and Yes that's for ATX PSU but for testing only, will move that later into bigger heatsink.
Mr. Mile i wish not to use buffer or preamp and i want it to use direct to ipod, what need to change to increase the gain?
Thanks and regards,
Thanks... and Yes that's for ATX PSU but for testing only, will move that later into bigger heatsink.
Mr. Mile i wish not to use buffer or preamp and i want it to use direct to ipod, what need to change to increase the gain?
Thanks and regards,
Increase value of R4 (15k) to 33k or decrease value of R3 (1k) to 470R and you have double gain.
Regards
Increase value of R4 (15k) to 33k or decrease value of R3 (1k) to 470R and you have double gain.
Regards
Lovely!! Thank you.....
Regards,
Today another 2 new born babies singing beautifully...😉😀
Regards,
Congrats!
😀
dear wilgj78
i appreciate your pcb work.your pcb are fine in connection that i want a pcb of amplifier 3+3 bipolar transistor 2n3773.with protection circuit .if can do this plz send me that circuit and pcb at my email khan.shahid251@gmail.com
thanking u
i appreciate your pcb work.your pcb are fine in connection that i want a pcb of amplifier 3+3 bipolar transistor 2n3773.with protection circuit .if can do this plz send me that circuit and pcb at my email khan.shahid251@gmail.com
thanking u
One quick question guys. The PCB n the first post, should be printed just as it is, or should it be mirrored for transferring it to copper?
Since it has text and it's not mirrored, I suppose I should mirror it so it'd then be readable once transferred (and by extension the design usable), but I'm almost certain I'm wrong... My mind doesn't work that well this late in the night.
Since it has text and it's not mirrored, I suppose I should mirror it so it'd then be readable once transferred (and by extension the design usable), but I'm almost certain I'm wrong... My mind doesn't work that well this late in the night.
Yep!... started 2.1 channel With apex LM3886 for speakers and AX-14 For subwoofer
here are the pics
Uploaded with ImageShack.us
here are the pics
An externally hosted image should be here but it was not working when we last tested it.
Uploaded with ImageShack.us
ATX heatsinks are good?
Reading from your posts, i find you used processors heatsinks, so i asume i can use those too? Of course with a 4 in. fan blowing fullspeed all the time?
Reading from your posts, i find you used processors heatsinks, so i asume i can use those too? Of course with a 4 in. fan blowing fullspeed all the time?
Reading from your posts, i find you used processors heatsinks, so i asume i can use those too? Of course with a 4 in. fan blowing fullspeed all the time?
Processor heat sink for testing with speed controller fan is ok, but I don’t recommend for long term use, but if you accept the noise of high speed blower fan it should be ok.
@Shravant how does the amp perform using 47R in zobel instead of 4R7?
uuuff thnx wiljj i have replaced it with 4R7
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