maxima95, well, it's good that you ask rather than ignore the advice. My understanding is that the double IC can potentially cause instability in the operation of a class D amp, causing it to oscillate and potentially cause damage to it. That is why at this time it is not recommended for class D.
Sorry that it is not recommended that you join the party at this time. :(
If someone is hellbent on trying it, I adjure they must speak with their manufacturer first. This is a do at your own risk activity, and from the designers and theorists who are advising me the risk falls squarely more so with class D and with less robust specialty amps. I do not have all the answers to this and only with time and experimentation will much more be known about the parameters of the Schroeder Method.
The caution in regard to class D amps in no way makes the Schroeder Method ineffectual; it's impressive with class A/B amps I have used to date, and with the Benchmark Audio Class AAA amps. The Benchmark DAC3 DX and AHB2 amps in Mono are superlative with Schroeder Method, among the most exquisite sounds I have had in my room to date.
Sorry that it is not recommended that you join the party at this time. :(
If someone is hellbent on trying it, I adjure they must speak with their manufacturer first. This is a do at your own risk activity, and from the designers and theorists who are advising me the risk falls squarely more so with class D and with less robust specialty amps. I do not have all the answers to this and only with time and experimentation will much more be known about the parameters of the Schroeder Method.
The caution in regard to class D amps in no way makes the Schroeder Method ineffectual; it's impressive with class A/B amps I have used to date, and with the Benchmark Audio Class AAA amps. The Benchmark DAC3 DX and AHB2 amps in Mono are superlative with Schroeder Method, among the most exquisite sounds I have had in my room to date.