Mikorist

Vala 70 godina je vežbao da bude Kralj. Sad mu svi klimaju glavom.

A ti nisi ?

Najbolje da zamoli firmu koja uzima da urade preorder

Ne može Topping da prikaže šta može da prođe kroz to. Ovo je za PCM kabl

Pa nemaš Topping sad.

Braon i braon bela, iz sredina na data + i data-. Za 5V zelena + a plava -(ili obrnuto), a zeleno bela i zeleno pllava da se spoje, da pokupe suske. Ili prostije, plava + a plavo bela -

Prebačeno.

Pa možda ima neko ali nije video temu.

Švajsovanje nema veze sa dijagnostikom.

Pa niko nema iskustva ovde sa D klasom.

Ubija matori

Slično je bilo i u Niš kad sam zadnji put bio. Sačmarice rade

Ono je cowboy city za mene sve do bloka 45 Malo-malo pa blokiraju ceo blok sa interventnom. Niti mož da uđeš niti da izađeš. Samo fali Jul Briner

Kom selu ???

Malo Deep House za promenu

To je to...javi kako svira

Jesam gospodine

Design Philosophy Metrum Acoustics.pdf Picture above is a part of our ears. It concerns the cochlea with is located in the inner ear. Every spot in the cochlea is sensitive to a certain specific frequency. The highest frequencies are registered at the front while the lowest are registered at the end of the cochlea. The basilar membrane, which is part of the cochlea, functions as a base for 15 to 20 thousand hair cells. Each of these hair cells are connected to a nerve which is connected to the brain. This is only a (very) short summary of the working of the ear because in truth, the ear is infinitely more complex. We however will limit ourselves to the sensory cells (hair cells) that each have describe a limited range of frequencies in such a way that they all overlap. The sum of all of these determines the range of our hearing, which on average is between 20 Hz and 20.000 Hz. With 20.000 hair cells their bandwidth is very small and thus very selective. This means that for one specific hair cell, except the specific frequency that it is tuned to, a signal gets filtered out at 40 dB per octave. This means that our hearing on this level behaves much like a band-pass filter, comparable to the filters found in CD-players. Implementing filters of this level in a CD-player can thus be described as overkill. Because the basilar membrane behaves as a sharp filter for our hearing, it has become, in a certain way, part of the DAC. The measurements on a NOS DAC are therefore not measured at its logical end-point, but before the filter (our hearing). Herein lies the problem, which exists when comparing the actual time domain results and the way in which the Jtest interprets and shows results. Pa zar nije tako - da je Vudu ? Ako treba da prebrojavamo koliko ko ima dlačica u sredmjem uhu - mi preko 45 godina imamo manje od 15.000 - filtriranje je još jače