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ProX XC-TR112-XLR03 3' FT Dual Powerkon to XLR Dual Audio Combo Link Jumper Cable. This cable is ideally used when you want to minimize running cables from power and audio to the desired sources. It saves you time and it is conveniently paired together. Avoid messy cables when multiple audio and power sources are needed. Each connecting side includes a PowerKon Connector and XLR 3-Pin Audio Connector.
ProX cables are built with uncompromised quality with excellent performance at each connection - Instrument cables, Speaker cables, RCA cables, DMX cables, Power cables and more. Our cables are made for professionals, by professionals.
Bending, Twisting, are no match for our high-performance tour-grade audio cables. They're designed to provide years of dependable sound reproduction and outlast every other cable on the market! Complete Coil technology demands consistent weave tolerances to create precise accuracy and detailed clarity. This is the most important part of the design and greatly affects performance.
This Power switch creates a easy access power button that can be place on your desktop It also contains 2 USB ports and dual audio plugs. They can be inserted into a PCI slot and then connected to you motherboards headers.
While doing my deep research on atx, to really understand how this technology works. I struggled to identificaing targets based on audio tones. Yes, I know that Pi machine has poor ability for recognition targets. But while motion mode provides dual tone audio feedback, I keep wondering about message that provides me. That scale of tones may varying from hi/low to low/hi and that is my question. If tone starts with very short low tone with long hi tone echo, what I can predict about target material? And otherwise. If target get you short hi tone followed by long low echo, may I assume that the long echo tone assigning the target to the scale of material corresponding to the tone? So if I get short low tone followed by long hi echo, target response should be somewhere close to low conductive material? Even if the complete audio response is low/hi indicating good conductor?
How the iron check actually works? Can I use it to helping identificaing targets, even if they are not iron. I have noticed that if I swing over for example pulltab in Iron check mode, it does not make any difference(off course it did not), but when the audio is non existent in Iron check, what that can tell me?
Before You ask why I decide for atx ( If you dont know Iam a begginer) I am also motorcycle enthusiastic and my condition for packing are limited, so this is numero uno for me, and offcourse the military housing just ring a bell for me.
A low/high signal only means "large/strong target" and high/low means "small/weak target". The tones correspond exactly with other dual tone PI detectors like all the Minelabs and the Infinium, as it is a byproduct of the dual channel ground balance system. The flip point between the two signals is determined by the current ground balance settings, but tends to end up somewhere in the region of a zinc penny when in bad ground. Just where depends on the exact ground and ground balance setting. In mild ground it could be far different. I need to experiment more with that, plus determine where the default setting is at.
The TDI and Fisher Impulse, as single channel models, have a simpler tone arrangement, either low, or high. However, the basics are the same. I wrote an extensive article on all this, referencing all my previous articles, for those that want to delve into how to use a ground balancing PI detector to discriminate items. The secret is knowing that is not about target composition so much as it is about target size and conductivity, with ferrous on both sides of the scale, small on one side, and large on the other. So small gold / low conductors and small ferrous read the same. Large ferrous and most coins / high conductors read the same.
Read the article I linked to above, and also the links it provides for details. Ultimately, the only way to learn is to use the detector while paying close attention to the tones, and using the iron check, and digging all targets found, for 50 - 100 hours of detecting.
perfect for the volcanic islands (you can go hunting for jewelry on the beaches at 1 meter deep, it's super discreet lol) and it is as powerful as a gpx 6000 (and even better on very polluted terrain)
I came across an artice about how is done Gbpi detector with no detection hole. There was written article about pairs of frequencies that reapet in order to exclude the detection hole. Each of these frequencies must be different from the other one, it make sense to me. But I want to ask you. It is the defference between them only in khz or is it something else?
With pulse induction it is mostly two channels with different pulse delays. Frequency is more VLF multifrequency tool. One channel is strong on large targets (long pulse delay), and the other on small targets (short pulse delay). The ground balance "hole" is in different locations in each channel, and so by comparing both, much, but not all, of the problem can be alleviated. I'm sure there is more to it than that, but that is the gist of it.
i am writing an video streaming app. I have done some research already and have found some pretty good video players. for example google's ExoPlayer and some other really good stuff on github and here on SO. But what i really need, more than just a video player, is one that be capable of open a dialog for selecting subtitle tracks and swap audio tracks on dual-audio videos (for example a two language movie, both tracks spanish and english, if i pick the english track then go to subtitle dialog and pick spanish subtitles).
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