Hi!
A friend of mine gave me a pair of beyma tweeters T2030 and a pair of 5MP60N for helping him rebuilding his car engine. The problem is that the only combination that i found when i googled about this speakers is an active crossover wich i'm unable to understand and build. So, i'm asking for help / directions on hou to build a crossover for my setup wich will be fed by chipamp's lm1875. I would also need tips on an enclosure for the speakers...
PS:
I'm not a guy with a background on electronics but i'm a quick learner, as long as it's a simultaneously explaining and building process.
PS2:
Sorry for my english, but it's not my native language.
(1st post)
A friend of mine gave me a pair of beyma tweeters T2030 and a pair of 5MP60N for helping him rebuilding his car engine. The problem is that the only combination that i found when i googled about this speakers is an active crossover wich i'm unable to understand and build. So, i'm asking for help / directions on hou to build a crossover for my setup wich will be fed by chipamp's lm1875. I would also need tips on an enclosure for the speakers...
PS:
I'm not a guy with a background on electronics but i'm a quick learner, as long as it's a simultaneously explaining and building process.
PS2:
Sorry for my english, but it's not my native language.
(1st post)
Basics of bi-amping: http://sound.westhost.com/bi-amp.htm
2/3-way LR active XO: http://sound.westhost.com/project09.htm
2/3-way LR active XO: http://sound.westhost.com/project09.htm
Linkwitz active filter cook book:
http://www.linkwitzlab.com/filters.htm
Linkwitz circuit boards. Op-amp power supplies are properly biased, RF low-pass circuits are included in feedback loops where possible, the layout is good.
http://www.linkwitzlab.com/pcb.htm
Linkwitz Pluto electronics. 2-way LR4 cross-over, notch filters on both outputs, all-pass for time alignment, Linkwitz Transform on the woofer, shelving low-pass on the woofer for baffle step or dipole compensation, LM3886 for the tweeter channel, bridged LM3886 for the woofer, power supplies.
http://www.linkwitzlab.com/Pluto/electronics.htm
http://www.linkwitzlab.com/filters.htm
Linkwitz circuit boards. Op-amp power supplies are properly biased, RF low-pass circuits are included in feedback loops where possible, the layout is good.
http://www.linkwitzlab.com/pcb.htm
Linkwitz Pluto electronics. 2-way LR4 cross-over, notch filters on both outputs, all-pass for time alignment, Linkwitz Transform on the woofer, shelving low-pass on the woofer for baffle step or dipole compensation, LM3886 for the tweeter channel, bridged LM3886 for the woofer, power supplies.
http://www.linkwitzlab.com/Pluto/electronics.htm
http://www.rjbaudio.com/Audiofiles/FRDtools.html
http://www.geocities.com/woove99/Spkrbldg/DesigningXO.htm
http://www.zaphaudio.com/
http://www.rjbaudio.com/projects.html
http://www.geocities.com/woove99/Spkrbldg/
Hi,
The above pretty much covers crossover and box design.
You might want to add a bass unit (or two) if you do not want
to build a minuture. With the two drivers bass will be restricted.
/sreten.
http://www.geocities.com/woove99/Spkrbldg/DesigningXO.htm
http://www.zaphaudio.com/
http://www.rjbaudio.com/projects.html
http://www.geocities.com/woove99/Spkrbldg/
Hi,
The above pretty much covers crossover and box design.
You might want to add a bass unit (or two) if you do not want
to build a minuture. With the two drivers bass will be restricted.
/sreten.
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