Input Impedance 10 kOhms, balanced. Dimensions apx x60x80 cm Weight. Very elaborate and sofisticated programs were used to project and measure this speaker which offers a very broad usable response. Its actual response is exceptionally flat and provides the listener with State of the Art performance.
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Input Impedance 10 kOhms, balanced. Dimensions apx x60x80 cm Weight. Very elaborate and sofisticated programs were used to project and measure this speaker which offers a very broad usable response. Its actual response is exceptionally flat and provides the listener with State of the Art performance. Due to its super flat response the reproduction takes on a very uniform character, imaging is firm and solid.
Low frequency units and Midbass units are Audiotechnology from Denmark - These speakers are produced only on special order. Acceleration factor of this bass driver is , force factor is Midbass driver acceleration factor is , force factor 7.
Dynaudio from Denmark have manufactured small number of the Esotar mid drivers per year. This part is handmade in matched pairs and shipped only when it passes the most stringent test procedures. It is the general consensus that the Esotar is one of the finest mid frequency reproducers ever made. That is why it is the mid driver of our choice in this price-no-object speaker systems. The Esotar has a very impressive appearance. Its soft dome is centered in a mm baffle. The baffle size keeps near field diffraction to a minimum, ensuring the flattest response and smoothest phase.
The magnetic structure is very large and heavy which with specially formed coil and back hole can withstand transients up to W. Production of this driver is discontinued at the moment. The high frequency driver is Morrel. In this monitor it works in the most linear region regarding amplitude, phase and impuls behaviour as showed by MLS measurement. Mecanical Q Factor 2.
Mecanical Q Factor 1. Model f mm FR. Hz Imp. Site Map. Amplifier Power. Supplied Amplification. Typical Maximum SPL-. Input Impedance. Frequency Response. Max Total Distortion. Adjustable band limiters, thermal cutout, short circuit protect, over voltage protect, "soft-start" and multi-way fault detection. Weight per monitor without xover and amp. Effective Cone Area. Nominal Impedance. Resonance Frequence.
Equivalent Air Volume. Mecanical Q Factor. Electrical Q Factor. Total Q Factor. Acceleration Factor. Nominal Power Handling. Frequency response. DC resistance. Mechanical res. VC inductance. Moving mass. Force factor. Linear excursion x-max. FR Hz. Fs Hz. Power Program Watts. Dynaudio LX2 adhesive. Constantly elastic rubber glue for loudspeaker units. Transient Power - 10 ms.
Resonant Frequency. Voice Coil Diameter. Voice Coil Height. Voice Coil Former. Voice Coil Wire. Hexatech Aluminum. Number of Layers. DC Resistance. Voice Coil Inductance 1 KHz.
Magnet System Type. Magnetic Gap Height. Flux Density. Effective Piston Area.
Akustika V 03 Akustika Prostorija
The pure technical review which includes only simple laboratory measurements may be totally misleading to readers because from my experience it has been found that correlation between technical specification and listening experience which means subjective sound quality is the most difficult to establish. For a long time it has been known that various types of the same equipment sound different, and lack of correlation between conventional amplifier measurements and listening tests has been noted by many designers, reviewers and owners of audio equipment. Modern amplifiers often measuring under 0. It is very difficult and complicated to answer this simple question but one possible reason is the following: It appears, therefore, that audible difference between various pre-amplifiers is not due to these static figures alone but to the involvement of some other reason. As shown by Mr. Eero Leinonen, Mr.
04. Akustika prostorija 1 deo.pdf