synergistic research orange blue fuse direction.
Just do your thing, and leave me alone. Look again sunshine, you can't even get that right, you were the one that had a go at me first, you are small minded, vindictive one. https://forum.audiogon.com/discussions/synergistic-research-orange-blue-fuse-direction/post?postid=1... |
George So now you are trying to justify? Justify your small mindedness... I’m telling everyone else to take your comments with a grain of salt. Instead, you are telling people you are ’the one, the only truth.’ Everyone else is wrong. And then you keep posting what I’ve done as some kind of proof. That is called trolling. Keep your eyes closed. And ignore the possibility that some things make a difference. And continue to dismiss others’ experience, as though you are an audio god. And well done. You've just showed you can find the definition of words you don't understand. I've deliberately kept it simple for you. |
The fact that you didn’t see that you started the personal attack today sunshine, and trying to side step it, https://forum.audiogon.com/discussions/synergistic-research-orange-blue-fuse-direction/post?postid=1... shows you are oblivious to facts, somethings not right, your obsessions with the multitude of snake oil tweaks prove it also. |
millercarbon:
Okay so well first off in a house wired 120v the panel has 240v coming in with the breakers on the left connected to one 120v leg, the breakers on the right connected to the other 120v leg… But what about 240v...Well the answer is even then the power coming in one wire is positive, the other ground or negative. In any case the AC coming into all components, the first thing it does is go through a transformer (to get whatever voltage the component uses) then to some diode rectifiers and then to some power supply caps. Because all components, even though plugged into AC, they all run on DC. But you knew that, right? ;) Thank you for responding to my question, but the way I see it, it shouldn’t matter whether you’re getting your AC from the right or left side of the panel; both sides are supplying a 120v, 60Hz sine wave (I'll save the 240 discussion for another day). If you put your fuse on the incoming signal, the field across the fuse will change from +120v to -120v every cycle, so the current in the fuse will flow first in one direction, and then in the opposite direction, 60 times a second. At that point in the circuit, the amplitude is the same in both directions, so the current will spend just as much time flowing in one direction as the other. I don’t see how the directionality of the fuse could affect the downstream signal, unless you’re suggesting that the fuse passes more current on the positive side of the cycle as the negative side (or vice-versa). We can come back to that later if you like, but for now I’ll assume that is not what you meant. Now, you say, let’s look at the signal after it’s been rectified and stored in a capacitor; that’s fine, because then you would be dealing with DC, and directionality of the fuse could definitely make a difference. But my understanding is that these fuses are located in many different places within the amp, and the recommendations I’ve seen on Agon say it’s best to replace ALL the fuses with Synergistic Orange (or Blue). Are they saying that ALL the fuse locations in a power amp are only passing current in one direction? That seems really unlikely. I can see how some of the fuse locations could be limited to DC, and would be affected by directionality, but for the ones that are passing AC, the direction of the fuse should make no difference. |
Actually the point is that any way you look at it there’s a direction. If you put your fuse on the incoming signal, the field across the fuse will change from +120v to -120v every cycle It does help to look at it correctly however. A 120v circuit is not 120+/120- every cycle. That would be 240v. Do the math. Are they saying that ALL the fuse locations in a power amp are only passing current in one direction? That seems really unlikely. So let me get this straight. To you it seems more likely the signal is going both directions all the time and at once? Fascinating. |
