I will read how to do this and update you .Did you engage hilbert transform in XSim for phase calculation of the files that don't contain phase data? It appears you did not.
Give me a few days, I need to start from the ground up. I need exact baffle measures, internally available volume, panel thickness, exact driver positions on the baffle or shall I decide where drivers are to be positioned?
parts for cross over are cheep no problem with that . after your design I find some money and order it and test it .Right, good luck Rhino when you see a 20 parts filter in the midrange section only.🙂
I have to stick with mine baffle data as shown in the previous picture .
Tweeter hole is 5 cm . I going to put the tweeter inside the box to fit .
Midrange hole is 10 cm .
Woofer hole is 28 cm .
Tweeter hole is 5 cm . I going to put the tweeter inside the box to fit .
Midrange hole is 10 cm .
Woofer hole is 28 cm .
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What are you trying to say, that tweeter will be protruding from the inside of the enclosure through a 5 cm hole diameter? The baffle opening will be treated in what way?
The speakers box is going to be as mine picture .
The woofer and midrange will placed normally at the outside .
Because the tweeter hole is 5 cm , and i don't want to enlarge it . so I will place it inside the box . like a 5 cm horn .
The woofer and midrange will placed normally at the outside .
Because the tweeter hole is 5 cm , and i don't want to enlarge it . so I will place it inside the box . like a 5 cm horn .
Here you go. Network of R5,C6,L6 may not be necessary. Have fun.
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Ok looks like you made the circuit well done , but it is not normal to build such big circuite 😱 perhaps we could make more simple circuit . or maybe replace the midrange to more suitable driver
here is project it should look like that ?
here is project it should look like that ?
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Ok looks like you made the circuit well done , but it is not normal to build such big circuite 😱
three-way crossovers are almost always big and complex if done properly.
you might be able to simplify by using a midrange with more flat response, but i doubt that.
considering that mounting the tweeter from behind the baffle is no good idea (unless you have a precise idea of the waveguide you want to build) and you want to simplify the project and use the existing enclosure and the woofer you might be able to change the project to a two way system with a 5" fullrange and a low crossover frequency.
maybe something like this: 10F/8424 & RS225-8 FAST / WAW Ref Monitor
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