Quote:
Then you need to come up with some cable properties other than resistance, inductance and capacitance.
Look, you're basically saying you think cables may have properties other than resistance, inductance and capacitance, but you have no idea what those other properties may be. And yet you seem to think that some frequency response graphs are going to tell you what they are.
I simply don't see how that will be the case.
Let's say you're given a whole pile of frequency response graphs. What is looking at them going to tell you about any properties of the cables beyond resistance, inductance and capacitance? |
Koyaan, your constant questions are incredibly fruitless. What makes you think I am somehow first obligated to say what else besides those three factors may cause a difference in headphone driver outputs by swapping cables before I can say testing headphones themselves should be done? I could say theoretical things like different cables deal with emf and vibration differently, but whether these things will show up during tests on headphone driver outputs I have no idea and it would be pointless speculation, but it is, I'll repeat for the 100th time, worth a try if only to see all avenues. I think testing from the headphone would be good even if there's no significant difference in those three factors between typical headphone cables you keep citing. And it would still be good if the test showed no differences in frequency graphs, because it'd at least make us certain about the matter and not have any possible doubts. Let me finish the discussion between you and me for the next ten pages.
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."
Me: "The test should be done anyhow if only to make sure there's no difference."
You: "But there's no audible difference unless there's enough difference in inductance, capacitance, and resistance."