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Speaker Crossover Circuit Calculator
Speaker Crossover Circuit Calculator
First order (6dB/octave) two-way crossover
High pass impedance (Ω)
Ω
Low pass impedance (Ω)
Ω
Frequency (Hz)
Hz
Calculate the 1st order frequency divider
The phase shift of the first order frequency divider is 90 degrees
Calculation results
C1 (μF)
C1 (μF)
L1 (mH)
L1 (mH)
Second order (12 dB/octave) two-way crossover
Linkwitz-Rayleigh filter
Butterworth filter
Bessel filter
High pass impedance (Ω)
Ω
Low pass impedance (Ω)
Ω
Frequency (Hz)
Hz
Calculate the 2nd-order frequency divider
C1 (μF)
C1 (μF)
L1 (mH)
L1 (mH)
C2 (μF)
C2 (μF)
L2 (mH)
L2 (mH)
Third order (18dB/octave) two-way crossover
High pass impedance (Ω)
Ω
Low pass impedance (Ω)
Ω
Frequency (Hz)
Hz
Calculate 3rd order frequency divider
C1 (μF)
C1 (μF)
C2 (μF)
C2 (μF)
L1 (mH)
L1 (mH)
L2 (mH)
L2 (mH)
L3 (mH)
L3 (mH)
C3 (μF)
C3 (μF)
Fourth order (24 dB/octave) two-way crossover
High pass impedance (Ω)
Ω
Low pass impedance (Ω)
Ω
Frequency (Hz)
Hz
Calculate 4th-order frequency divider
C1 (μF)
C1 (μF)
C2 (μF)
C2 (μF)
L1 (mH)
L1 (mH)
L2 (mH)
L2 (mH)
C3 (μF)
C3 (μF)
C4 (μF)
C4 (μF)
L3 (mH)
L3 (mH)
L4 (mH)
L4 (mH)
Zobel circuit (impedance stabilization)
DC resistance (Re)
Ω
Equivalent Inductance (Le)
H
Calculate
C1 (μF)
C1 (μF)
R1 (Ω)
R1 (Ω)
L-type speaker attenuation circuit
Driver impedance
Ω
Ideal attenuation
dB
Calculate
R1 (Ω)
R1 (Ω)
R2 (Ω)
R2 (Ω)
