MÉNĚ JE VÍCE :)
Re: MÉNĚ JE VÍCE :)
ta moja fotka s lietadlom je AKUSTICKA bezdozvukova komora (najvacsia na svete) a meraju sa v nej AKUSTICKE veliciny.
Re: MÉNĚ JE VÍCE :)
http://www.3ctest.co.uk/pages/testing-services/20/
http://www.intertek-etlsemko.com/portal ... OMOTIVE_PG
http://www.vop.cz/vtupv_vyskov_zkus_emc.htm
http://www.intertek-etlsemko.com/portal ... OMOTIVE_PG
http://www.vop.cz/vtupv_vyskov_zkus_emc.htm
Art of Sound - Professional Soundware Solution
http://www.aos-pro.com
http://www.aos-pro.com
Re: MÉNĚ JE VÍCE :)
Dělá se tam oboje 
An anechoic chamber is a shielded room designed to attenuate sound or electromagnetic energy. Anechoic chambers were originally used in the context of absorbing acoustic (sound) echoes caused by internal reflections of a room, but more recently anechoic chambers have also been used to provide a shielded environment for radio frequency (RF) and microwaves.
An RF anechoic chamber is designed to suppress the electromagnetic wave energy of echoes: reflected electromagnetic waves, from the internal surfaces. Both types of chamber are constructed with echo suppression features and with effective isolation from the acoustic or RF noise present in the external environment. In a well-designed acoustic or RF anechoic chamber, the equipment under test receives acoustic, mechanical or RF signals from a signal source, a perfect chamber will not internally reflect these transmitted waves. This ensures the integrity of the subject being tested is not influenced by external or internal reflected noise. Furthermore, the shielding of the chamber limits interference from equipment located outside of the chamber.
Anechoic chambers range from small compartments to ones as large as aircraft hangars. The size of an anechoic chamber depends on the size of the objects to be tested and the frequency range of the radio or microwave signals used. Radio frequency interference (RFI) is the unwanted reception of radio signals: sources include lightning, electrical equipment, fluorescent lighting, cell phones, and transmissions from television and radio stations. RFI testing helps determine which frequencies affect particular electronic systems and provide clues to mitigating the risks to communication devices or developing measures to counter the interference.
http://en.wikipedia.org/wiki/Anechoic_chamber

An anechoic chamber is a shielded room designed to attenuate sound or electromagnetic energy. Anechoic chambers were originally used in the context of absorbing acoustic (sound) echoes caused by internal reflections of a room, but more recently anechoic chambers have also been used to provide a shielded environment for radio frequency (RF) and microwaves.
An RF anechoic chamber is designed to suppress the electromagnetic wave energy of echoes: reflected electromagnetic waves, from the internal surfaces. Both types of chamber are constructed with echo suppression features and with effective isolation from the acoustic or RF noise present in the external environment. In a well-designed acoustic or RF anechoic chamber, the equipment under test receives acoustic, mechanical or RF signals from a signal source, a perfect chamber will not internally reflect these transmitted waves. This ensures the integrity of the subject being tested is not influenced by external or internal reflected noise. Furthermore, the shielding of the chamber limits interference from equipment located outside of the chamber.
Anechoic chambers range from small compartments to ones as large as aircraft hangars. The size of an anechoic chamber depends on the size of the objects to be tested and the frequency range of the radio or microwave signals used. Radio frequency interference (RFI) is the unwanted reception of radio signals: sources include lightning, electrical equipment, fluorescent lighting, cell phones, and transmissions from television and radio stations. RFI testing helps determine which frequencies affect particular electronic systems and provide clues to mitigating the risks to communication devices or developing measures to counter the interference.
http://en.wikipedia.org/wiki/Anechoic_chamber
Art of Sound - Professional Soundware Solution
http://www.aos-pro.com
http://www.aos-pro.com
Re: MÉNĚ JE VÍCE :)




Tohle uz vypada jak studia nekterych zde pritomnych... (zdravim bodyiu

Re: MÉNĚ JE VÍCE :)
Cyril: Ty vole
Co to je???

Re: MÉNĚ JE VÍCE :)
Cyril to je ale organ s pipkami, nie domaci dvojmanualovy 

Re: MÉNĚ JE VÍCE :)
demsky: ja sem ti nechtel konkurovat
Ty tvoje varhany jsou rozkosny, ty co sem poslal ja, to uz je skoro jak z naky sileny vize H. R. Gigera 


Re: MÉNĚ JE VÍCE :)
cyril : ta kto je hodne sialene
)))
inak.. kukam ze tento thread ma uz vyse 102200 zobrazeni !!! to je parada..

inak.. kukam ze tento thread ma uz vyse 102200 zobrazeni !!! to je parada..
Re: MÉNĚ JE VÍCE :)
Cyril : to je doslova ORGAZMUS a nie ORGAN 

Re: MÉNĚ JE VÍCE :)
to neni vize, to je real ORGANCyril píše:demsky: ja sem ti nechtel konkurovatTy tvoje varhany jsou rozkosny, ty co sem poslal ja, to uz je skoro jak z naky sileny vize H. R. Gigera

Re: MÉNĚ JE VÍCE :)
jinak ten web, ze kteryho jsou ty fotky megavarhan je docela zajimavy poctenicko:
http://www.odditycentral.com
http://www.odditycentral.com
Re: MÉNĚ JE VÍCE :)
Giorgio Moroder with his Moog modular system.


- ECSON WALDES
- Profesionál
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Re: MÉNĚ JE VÍCE :)
Pytkin píše:Giorgio Moroder with his Moog modular system.
Moog ? to asi tezko . )) to je Roland System 700 ! ten strci mooga ... Roland System 700 je jeden z nejlepsich modularu vsech dob !
v levo je ARP2600 a v pravo Moog Minimoog. Jeden minimoog se vali jeste oprenej dole.
cool je ten starej sedej CV sequencer Roland MC-8
Krasna fotka, potesila
Re: MÉNĚ JE VÍCE :)
EW : len som pastol , jak to v SOS popisali
chybycka se vloudi 

