simply_q
Responses from simply_q
| Will there be any 'Arrow' mark in a Fuse holder? Rodman99999The point of trying? If you haven't heard it, or tried it, YOU HAVE NO OPINION.Nonsense.When someone makes claims with the implication that there is actually something physical behind it, I don't need to have "heard it" or "tried it" to... | |
| Will there be any 'Arrow' mark in a Fuse holder? TbgNo, Simply_q, yours is the close-mindedness I am talking about. Just try it, if you hear nothing, I will apologize and add this to my list of things like music absolute phase that some just don't hear.What has my trying it have to do with anyth... | |
| Will there be any 'Arrow' mark in a Fuse holder? TimrhuTGB, this presumes the resistors were line up properly prior to the paint application?Or that the cores were lined up properly before the end caps were attached. :) | |
| AudioQuest DBS Field KijankiPaulsax - depolarization into random state is called relaxation. Dependent on material it can take from relatively short time to a year. Some materials might be permanently polarized. They are called electrets. Electrets can be natural, lik... | |
| Will there be any 'Arrow' mark in a Fuse holder? TbgI don't know how some stick with the limited understanding of EE so close-mindly.It's fine to be open-minded, but not so open-minded your brains end up sloshing out onto the floor. And that's the sort of open-mindedness fuse directionality dema... | |
| AudioQuest DBS Field Paulsaxso in this case the right question (or maybe next question) to ask is what is the dipole creation and dissolution time in this sort of material...It's not about creation and dissolution. It's about polarization. The dipoles already exist in... | |
| AudioQuest DBS Field KijankiPaulsax - Maybe not physical changes in dielectric but forming and orienting dipoles in presence of electric field.The dipoles would already be present. The electric field doesn't create them, it simply polarizes them.And why would you want... | |
| AudioQuest DBS Field Keithrbtw, Simply Q---would you care to disclose why you only respond to cable oriented threads on Audiogon?I don't. I've also responded to threads having nothing to do with cables.It is true however that most of my responses have been to cable th... | |
| AudioQuest DBS Field PaulsaxMuch of the discussion that I've seen is utilizing the equations for relaxation on systems subject to external E&M fields. Seems like a misuse of concept but.....That's pretty common. Taking a grain of truth and extrapolating it beyond ... | |
| AudioQuest DBS Field Keithryou can read a much more detailed analysis on the US Patent website---Bill Low patented this technology.First, a patent doesn't mean anything. You can patent anything you want. It doesn't have to work or even do what you claim it does. Secon... | |
| AudioQuest DBS Field Audioquest countered that such a test would not reveal anything since the purpose of the battery's electric field is to keep the dialectic formed, and once formed it takes days or weeks to unform."Dielectric forming" is nonsense. At least in this ... | |
| Why is a 1.5-2 volt AC signal on my Neutral line? ShadorneWhatever you do - do NOT use cheater plugs on the Naim or on the TV - this can expose you to dangerous voltages in the event of an equipment failure.I don't recommend using them as a long term solution, but they're perfectly fine for troub... | |
| Comparing Perf: Original XLR v. RCA- XLR adapter NsgarchEverything _q says is wrong.No, it's not. You're simply repeating one of the most common myths about balanced interfaces because you don't understand how they work.For those who would like to inform themselves on how balanced interfaces wor... | |
| Ultimate Cables Musicman07Considering cables cost a couple bucks to make...A couple bucks for who to make? A Chinese mass producer? | |
| Comparing Perf: Original XLR v. RCA- XLR adapter Nsgarch1. Balanced cables are only "quieter" if carrying a balanced signal (a plus and a minus referenced to a neutral conductor) in which case noise in the normal (non-inverted) signal cancels with the noise in the inverted signal -- this is know... |