Multi-driver speaker systems require ‘Crossovers’ as their subsystems and are primarily used for the separation of input signal on the basis of driver into various different frequency ranges. The power which is received by the drivers is only in their usable frequency range and therefore the distortion which is caused in the drivers can be reduced with the use of crossovers. Crossovers are only helpful in order to minimize the distortion and it is not possible to completely block at the passband edges, similarly amplitude variation and face changes also cannot be completely restricted. Crossovers are primarily of ...
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Introduction
This report is about the design of a two-way crossover laud speakers. The major task is the building of the circuit diagram. In the design, I have ensured that the 12dB crossover follows the Linkwitz-Riley alignment. This is achieved through the use of a sub-Bessel filter whose Q is 0.5 instead of the common Butterworth alignment resulting from a Q of 0.707. At the crossover frequency, the Butterworth crossovers have a 3dB peak. This is the main problem of such crossovers. This problem occurs when the outputs are acoustically or electrically summed. With a filter whose Q is 0.5, the signal is ...
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