I designed the Linkwitz -24db crossover on Loudspeaker Lab & another software. The crossover frequency is 3200 hz. The loudpspeaker lab shows both the values same for condensor & inductor. Where as other crossover shows all the values different.
e.g. Loudpeaker lab : C1, C2 is 3.3ufd , L1, L2 is .66mH.
All other softwares show : C1=3.3ufd, C2=6.6ufd , L1 .25mH, L2 1.126mH
e.g. Loudpeaker lab : C1, C2 is 3.3ufd , L1, L2 is .66mH.
All other softwares show : C1=3.3ufd, C2=6.6ufd , L1 .25mH, L2 1.126mH
palesha,
Is this a puzzle or a real question? If this is a real question, then you should check for the crossover order. Beside 4th order, LR has also 2nd order, which with equal impedance between the woofer and the tweeter, the CL pattern is like what you wrote.
In other software you have CCLL for ONE driver, in the other software you have CCLL for TWO drivers (tweeter and woofer)
Is this a puzzle or a real question? If this is a real question, then you should check for the crossover order. Beside 4th order, LR has also 2nd order, which with equal impedance between the woofer and the tweeter, the CL pattern is like what you wrote.
In other software you have CCLL for ONE driver, in the other software you have CCLL for TWO drivers (tweeter and woofer)
Whats all this stuff about Crossovers
I would like to pass on this little info, which is a good read. Better then I writing up a paper on this subject, enjoy.
http://sound.westhost.com/lr-passive.htm
I would like to pass on this little info, which is a good read. Better then I writing up a paper on this subject, enjoy.
http://sound.westhost.com/lr-passive.htm
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