"So if I used lamp cord to power a pair of Levinson mono blocks I'll be ok?"
That is a really neat question when you think about it from the manufacturer/designers perspective.
"I'm going to market a state of the art device for a given market (audio,medical,research, etc.,etc.). I know that the incoming power characteristics will be somewhat different at every customers site. Some sites will have issues with nominal voltage, some with higher than normal high frequency hash, some will have better or worse power factors, some will experience voltage swings, some with high levels of emi, most if not all will have a combination of issues to a greater or lesser degree.
Since I can't control customers site conditions, and since my business relies on quality and in some instances upon performance verification, should I install a robust filter network to make sure that my system is highly immune to varying site conditions?"
That is a really neat question when you think about it from the manufacturer/designers perspective.
"I'm going to market a state of the art device for a given market (audio,medical,research, etc.,etc.). I know that the incoming power characteristics will be somewhat different at every customers site. Some sites will have issues with nominal voltage, some with higher than normal high frequency hash, some will have better or worse power factors, some will experience voltage swings, some with high levels of emi, most if not all will have a combination of issues to a greater or lesser degree.
Since I can't control customers site conditions, and since my business relies on quality and in some instances upon performance verification, should I install a robust filter network to make sure that my system is highly immune to varying site conditions?"