Implementing a crossover network for a digital loudspeaker allows the individual binary currents to be filtered into two spectral channels because the operations of digital-to-analog conversion and filtering can be interchanged. The paper explores a mathematical simulation of a proposed digital loudspeaker using a separate voice coil for each bit. Actual measurements from an experimental system are then used to support the result
A seven-bit digital multiple voice coil loudspeaker and constant current driver has been constructed...
A hybrid method is presented for the integration of low-, mid-, and high-frequency driver filters in...
The authors present a method to compensate for loudspeaker distortion in real time by nonlinear digi...
A digital loudspeaker is one that does not contain any form of embedded digital to analogue converte...
Loudspeaker systems are quite complex devices and considered ‘musical instruments’ for many HiFi-ent...
A digital loudspeaker produces a quantised sound field directly from a digital stimulus without a di...
Crossover networks for multi-way loudspeaker systems and audio processing are reviewed, including bo...
A new method is presented for the design and evaluation of loudspeaker crossover filters. The desire...
Digital loudspeaker arrays currently are based on small moving-coil speakers to reconstruct acoustic...
The thesis discuss the desing of active crossover for loudspeaker systems. There are described two m...
A 7-bit digital multiple-voice-coil loudspeaker and a constant current driver have been constructed ...
A multi-driver loudspeaker system is discussed. Methods of dividing the input frequency spectrum bet...
In the digital audio processing field, crossover networks play an essential rule, and they are emplo...
A research study of a digital loudspeaker composed of an array of transducers explores the requireme...
To verify the principal functionality of a digital loudspeaker the experimental construction of a di...
A seven-bit digital multiple voice coil loudspeaker and constant current driver has been constructed...
A hybrid method is presented for the integration of low-, mid-, and high-frequency driver filters in...
The authors present a method to compensate for loudspeaker distortion in real time by nonlinear digi...
A digital loudspeaker is one that does not contain any form of embedded digital to analogue converte...
Loudspeaker systems are quite complex devices and considered ‘musical instruments’ for many HiFi-ent...
A digital loudspeaker produces a quantised sound field directly from a digital stimulus without a di...
Crossover networks for multi-way loudspeaker systems and audio processing are reviewed, including bo...
A new method is presented for the design and evaluation of loudspeaker crossover filters. The desire...
Digital loudspeaker arrays currently are based on small moving-coil speakers to reconstruct acoustic...
The thesis discuss the desing of active crossover for loudspeaker systems. There are described two m...
A 7-bit digital multiple-voice-coil loudspeaker and a constant current driver have been constructed ...
A multi-driver loudspeaker system is discussed. Methods of dividing the input frequency spectrum bet...
In the digital audio processing field, crossover networks play an essential rule, and they are emplo...
A research study of a digital loudspeaker composed of an array of transducers explores the requireme...
To verify the principal functionality of a digital loudspeaker the experimental construction of a di...
A seven-bit digital multiple voice coil loudspeaker and constant current driver has been constructed...
A hybrid method is presented for the integration of low-, mid-, and high-frequency driver filters in...
The authors present a method to compensate for loudspeaker distortion in real time by nonlinear digi...