Passive Crossover Design Equations Formulas Calculator - Two Way Second Order Network Chebychev Bessel Butterworth Linkwitz-Riley

Passive Crossover Design Calculator
Car Audio - Speaker - Subwoofer - Electronics

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Two Way

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Two Way Second Order Network Equations

Linkwitz-Riley: C1 = 0.0796/(R_Hf) C2 = 0.0796/(R_Lf) L1 = 0.3183R_H/f L2 = 0.3183R_L/f	Bessel: C1 = 0.0912/(R_Hf) C2 = 0.0912/(R_Lf) L1 = 0.2756R_H/f L2 = 0.2756R_L/f
Butterworth: C1 = 0.1125 /(R_Hf) C2 = 0.1125 /(R_Lf) L1 = 0.2251R_H/f L2 = 0.2251R_L/f	Chebychev: C1 = 0.1592 /(R_Hf) C2 = 0.1592 /(R_Lf) L1 = 0.1592R_H/f L2 = 0.1592R_L/f

C - Capacitor
L - Inductor

Inputs:

Given:

R_H	=	0
R_L	=	0
f	=	0

Solution:

Linkwitz-Riley:

C₁	=	HAS NOT BEEN CALCULATED
C₂	=	HAS NOT BEEN CALCULATED
L₁	=	HAS NOT BEEN CALCULATED
L₂	=	HAS NOT BEEN CALCULATED

Bessel:

C₁	=	HAS NOT BEEN CALCULATED
C₂	=	HAS NOT BEEN CALCULATED
L₁	=	HAS NOT BEEN CALCULATED
L₂	=	HAS NOT BEEN CALCULATED

Butterworth:

C₁	=	HAS NOT BEEN CALCULATED
C₂	=	HAS NOT BEEN CALCULATED
L₁	=	HAS NOT BEEN CALCULATED
L₂	=	HAS NOT BEEN CALCULATED

Chebychev:

C₁	=	HAS NOT BEEN CALCULATED
C₂	=	HAS NOT BEEN CALCULATED
L₁	=	HAS NOT BEEN CALCULATED
L₂	=	HAS NOT BEEN CALCULATED

References - Books:

Dickason, Vance. 1991. The Loudspeaker Design Cookbook. Audio Amateur Press. 4th ed.