Abstract
An audio crossover circuit (10) for use with audio speakers (16, 20, 24) is disclosed. The audio crossover circuit (10) includes a pair of inductors (L1, L2) that are series connected and inductively coupled and a pair of capacitors (C1, C2). The inductors (L1, L2) and capacitors (C1, C2) cooperate for achieving a low pass crossover slope in excess of 30 dB/octave within one half of an octave of the crossover frequency, thereby eliminating the need for additional inductors and capacitors. The crossover circuit (10) also includes a resistor (R1) in series with one of the capacitors (C2) for further enhancing the crossover slope beyond an octave above the crossover frequency.
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