Ecler DAC11E is a high-quality distribution unit that allows the distribution of a stereo audio signal to five different points (1 stereo input, 5 stereo outputs), or from one mono signal to any ten points (1 mono input, 10 mono outputs). All its inputs and outputs can be individually controlled by means of a gain control and a “Clip” LED. Each output can be muted with a switch. The DAC110E has been designed with the best components in order to get the lowest background noise (integrated circuits, resistances, condensers, tension regulators, etc.) and the most advanced designing criteria for circuits, wiring, component placement, etc. have been applied so as to achieve a truly superior signal / noise ratio.
Ecler DAC11E is a high-quality distribution unit that allows the distribution of a stereo audio signal to five different points (1 stereo input, 5 stereo outputs), or from one mono signal to any ten points (1 mono input, 10 mono outputs). All its inputs and outputs can be individually controlled by means of a gain control and a “Clip” LED. Each output can be muted with a switch. The DAC110E has been designed with the best components in order to get the lowest background noise (integrated circuits, resistances, condensers, tension regulators, etc.) and the most advanced designing criteria for circuits, wiring, component placement, etc. have been applied so as to achieve a truly superior signal / noise ratio.
Ecler DAC11E is a high-quality distribution unit that allows the distribution of a stereo audio signal to five different points (1 stereo input, 5 stereo outputs), or from one mono signal to any ten points (1 mono input, 10 mono outputs). All its inputs and outputs can be individually controlled by means of a gain control and a “Clip” LED. Each output can be muted with a switch. The DAC110E has been designed with the best components in order to get the lowest background noise (integrated circuits, resistances, condensers, tension regulators, etc.) and the most advanced designing criteria for circuits, wiring, component placement, etc. have been applied so as to achieve a truly superior signal / noise ratio.
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