Would be a shame not to see it come to fruition then. 100w in class A; must need some serious heatsinks !
Each channel has a box similar to this and yes, it’s a lot of heatsinking.
More technical discussions about it in the SuSyLu amp thread here
More technical discussions about it in the SuSyLu amp thread here
Edit Nov 2, 2021: Gerbers for the LuFo amp PCB needed for this project can be found here. A huge thank you for JPS64 for his generous time in making these layouts for the DIY community!
This is a spin-off of the LuFo amplifier discussed here, but it is sufficiently different enough that I did not want to confuse the technical detais already discussed in the other thread. Basically take two LuFo's, and connect them to a common inductively coupled choke with two primary windings, each going to ground, and wound such that the phases of the windings are opposite...
This is a spin-off of the LuFo amplifier discussed here, but it is sufficiently different enough that I did not want to confuse the technical detais already discussed in the other thread. Basically take two LuFo's, and connect them to a common inductively coupled choke with two primary windings, each going to ground, and wound such that the phases of the windings are opposite...
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There is a jumper loop on the SMPS board. It’s very important not to plug the amp into 220vac mains with that installed. It will blow the amp up.