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.......The Hammond choke is a analog filtering tweak. I use a combination of the PE and choke in my commercial PLC designs that I do for studios. The choke starts filtering around 5 KHz.
.....why should I reveal to the public how I implement items in my designs?
Quote.....why should I reveal to the public how I implement items in my designs? ...There is nothing to know that hasn't been common knowledge for years. I've simply asked you for clarification and substantiation of your technical assertions made on AC regarding power conditioning, and you're not only unwilling, but incapable...
So if its all common knowledge and has been for years, why are you even asking these questions? In fact why dont you share with all of us, or even offer corrections, or expansions on what is being discussed in a helpful supportive way?
Actually, internal components, processors, etc, work outside the typical analog band of 20Hz to 20KHz. Digital circuits work between 80KHz up to GHz pending processor design. The PE, same as all other types of parallel filters, address the harmonics above 60Hz that effect this type of circuit. At the same time, the PE also effects the analog band via enhancing common mode rejection inside the house wiring. In a typical application, the PE provides common mode rejection, power factor correction, RF/EM filtering, and component isolation. All parallel filters offer the same benefit, but to my knowledge, the PE has the widest bandwidth of any parallel filter on the market. Alan Maher
Alan is using his own metaphors to try and simplify what is happening for system wide behaviors to give lay-people a simple methodology of using these devices in order to get better audio quality - without them having to know Maxwells equations, or even the mention of a capacitor or an inductor.It really seems like the only reason why you are posting is for a personal attack.