FWIW, i have my sweetspot chair enclosed in a faraday cage. i lower myself in with a system of pulleys and chains and then close the hatch behind me. it's hard to discern the advantages. but, i've not once been struck by lightening whilst listening to my kit. (threw that last bit in for our friends from the uk.) -cfb
Faraday cage - suppressing stray EM fields
Many have been to the boston museum of science and
seen the faraday cage at work in conjunction with their
van der graff accelerator. Guy sits in a big cage - creates
huge lightning bolts, protects himself and audience using
Faraday's law which requires field inside enclosing
conductor to go to zero.
My question is: Wouldn't braided ground wrapped around
power cords, speaker cables, interconnect provide ideal
isolation of these components from one another?
If this is already a part of interconnect or speaker cable design, then why should coiling speaker cable in a pile
matter? Would expect leakage to be confined to termination
points of cable.
Is this principle incorporated into highend power cord design?
seen the faraday cage at work in conjunction with their
van der graff accelerator. Guy sits in a big cage - creates
huge lightning bolts, protects himself and audience using
Faraday's law which requires field inside enclosing
conductor to go to zero.
My question is: Wouldn't braided ground wrapped around
power cords, speaker cables, interconnect provide ideal
isolation of these components from one another?
If this is already a part of interconnect or speaker cable design, then why should coiling speaker cable in a pile
matter? Would expect leakage to be confined to termination
points of cable.
Is this principle incorporated into highend power cord design?