I can't read into the future.Should'a checked my edits before you posted.
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I can't read into the future.Should'a checked my edits before you posted.
dougy83 said:I can't read into the future.
didn't even bother reading itYOu can't find any problem with my final math either, apparently.
dougy83 said:didn't even bother reading it
And to get maximum power into a Load ideally the Source resistance should be zero.
I cannot figure out why some folks have such a hard time understanding that. Like you said, it is not rocket science.
As has been pointed out to you endlessly, you're not answering the original question - you're answering something completely different - why can't you understand that?.
while studying i had this odd question. we know that the maximum power transfer theorm indicates that impedence matching is necessery to achieve max power transfer to the load, but when it comes to amplifier networks, and studying the effect of load resistance, we say that the load resistance better be large to achieve higher gain, so how do these two facts get along ?
i'm saying that creating higher load for amplifier networks establishes some change in current gain to keep power to its max maybe ?