This crossover calculator can be employed for the calculation of passive filters (first, second, third, and fourth order) in two-way and three-way crossover networks. It will also create a circuit diagram and provide the component values you require. Instructions: Choose your crossover type (...
For this example, a 3rd order crossovers at 3000Hz and a 1st order crossover at 800Hz will be used. TheCrossover Calculatorwas used to determine the crossover components. These are the results of the 2 crossover calculations: Now, these two diagrams must be combined into a 3-way diagram...
Midrange Impedance (Rm):Ohms Woofer Impedance (Rl):Ohms High Crossover Frequency (fh):Hz Low Crossover Frequency (fl):Hz Frequency Spread (fh/fl): Bandpass Gain (g):db Crossover Type: Gethelp for the 3-way Crossover Designer Use the2-way Speaker Crossover Designerinstead ...
Recall that a 2nd-order crossover filter offers a good compromise between complexity and quality. Enter the impedance of each of your speakers, which you should find on their respective specifications sheet. You can learn more about this property from the acoustic impedance calculator. Enter the ...
3rdorder Butterworth crossovers have slightly different values than what the Crossover Calculator produces. These tables use commonly available inductors and capacitors. If you cannot find the component you need, then go with the closest match. You can also combine two components inParallel or Series...