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![]() "Cecil Moore" wrote in message .net... Roger wrote: If the rules found in the links are acceptable, I could agree that energy be allowed to enter the connected circuitry. I think we will find that the returning power from a reflected wave is either completely reflected with no change in energy, or adds to the voltage, thus increasing the current flow and power contained in the system. I think you are on the right track, Roger. Another way of saying it is: If the principles of superposition are used, the superposition must necessarily be implemented. It appears to me that the principles of superposition are being used but the results of the ensuing necessary superposition are, for some ulterior motive, being completely ignored. When the superposition interference patterns between the source waves and the reflected waves are taken into account, everything becomes perfectly clear (including the deliberate obfuscations). -- 73, Cecil http://www.w5dxp.com I have been down wrong tracks before! I sure hope this is the right track. Thanks. The principles of superposition are mathematically usable, not too hard, and I think very revealing. Yes, if we use part of the model, we must use it all the way. To do otherwise would be error, or worse. You have been a supporter of this theory for a long time. 73, Roger, W7WKB |
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