I don't know whether "cumulative" is the best word, nevertheless I agree. I had started with a single Elrod Statement, and finally ended with 4 Statements in my old system, this worked very well.
To optimize the power system is a very complicated task indeed. For details, you may read http://schnerzinger.com/molecularprocessing.php - topic power feed - very interesting reading.
In short - sharing the same design principles for all your power cables and your power strip can be advantageous to manage the outer and inner interfering fields. This may be an explanation for a "cumulative" effect.
So having an all Elrod system can be a step in the right direction.
I now have a complete Schnerzinger power distribution system, with perfectly fulfills the concept of an integrated power system, sharing the same (and very sophisticated) design principles throughout the system - from the wall outlet to all devices.
To optimize the power system is a very complicated task indeed. For details, you may read http://schnerzinger.com/molecularprocessing.php - topic power feed - very interesting reading.
In short - sharing the same design principles for all your power cables and your power strip can be advantageous to manage the outer and inner interfering fields. This may be an explanation for a "cumulative" effect.
So having an all Elrod system can be a step in the right direction.
I now have a complete Schnerzinger power distribution system, with perfectly fulfills the concept of an integrated power system, sharing the same (and very sophisticated) design principles throughout the system - from the wall outlet to all devices.