Pandita: te recomiendo este trabajo (quizás ya lo hayas visto) sobre lo que vos muy bien manifestás: http://online.physics.uiuc.edu/cour...498POM_Lecture_Notes/P498POM_Lect10_Part2.pdf
Es un estudio del Profesor Steven Errede del Departamento de Física de la Universidad de Illinois del 2009
Creo que no deja dudas sobre el tema, además de tener una definición muy acertada de lo que se debería considerar como Hi-Fi:
Es un estudio del Profesor Steven Errede del Departamento de Física de la Universidad de Illinois del 2009
Creo que no deja dudas sobre el tema, además de tener una definición muy acertada de lo que se debería considerar como Hi-Fi:
An ideal high-fidelity sound system, independent of the nature/scheme/type of such a sound system, should have the following six sonic attributes:
(1) The frequency range (i.e.) bandwidth of the sound system should be able to
faithfully/accurately reproduce all of the original frequency components in the original recorded sound; the sound spectrum of the reproduced sound should be identical to that
of the original recorded sound.
(2) The reproduced sound should be free (insofar as possible) of distortion, intermodulation distortion and/or transient distortion, as well as any/all types of noise.
(3) The reproduced sound should have loudness and dynamic range equivalent to that of the original recorded sound.
(4) The reproduced sound should not unduly introduce any significant frequency dependent phase shifts that are not present in the original recorded sound.
(5) The spatial sound pattern/sound “image” of the original sound should be faithfully reproduced.
(6) The frequency-dependent, spatial and temporal reverberation characteristics of the original sound should be faithfully preserved in the reproduced sound.