AUDIO TECHNOLOGY C-QUENZE DRIVER DETAILS:
|File Size:||24.6 MB|
|Supported systems:||Windows 2008, Windows XP, Windows Vista, Windows 7/8/10|
|Price:||Free* (*Free Registration Required)|
AUDIO TECHNOLOGY C-QUENZE DRIVER
For Sale! And as for Audio Technology C- quenze or similar driver MT leaves nice chances to try out different crossover frequences and maybe more importantly different slopes. This precludes customized basket dimensions — only our new. Everything a Audio technology c-quenze er will need for the design and construction of High Fidelity speaker systems: loudspeaker datasheets, book reviews and tutorial articles on loudspeaker physics, crossover networks, lab measurements and design procedures. A harmless second-order harmonic spike at Hz due to the cone-edge resonance.
To give customers options, and ability to fit our designs to their taste, we offer most speakers in Black and White versions. Tonally they will be nearly identical, afterall they are both voiced by the same set of human ears. This is an unique possibility for DIY:ers. Find More Posts by Flaxxer. Send a private message to Ron E.
Find More Posts by Ron E. And with each the crossover optimized for the individual requirements of the unique driver compliment. Acoustically isolated and upgradeable crossover compartment contained in plinth.
Below is a listing of some more popular upgrades, many others are available. Crossover components, wiring, and binding posts can all be chosen by the customer.
Contact us for details and pricing. We have used many others not listed here and can offer insights on the best way to reach the sound you want, in the budget required. I am audio technology c-quenze grateful to Per Skaaningson audio technology c-quenze Ejvind Skaaningwho is now running the company and who kindly provided a couple of speakers for independent testing.
AUDIOTECHNOLOGY C-QUENZE 18 H 52 17 06 SD
I hope my review will shed audio technology c-quenze light on their products. What did audio technology c-quenze manufacturer state? Unfortunately, there is no all-in-one technical datasheet containing all the information about the main characteristics of the speaker, electromechanical parameters, on and off axis frequency responses, impedance frequency response, dimensions and measurement conditions. The information is there, but is placed on different pages of the company's website. This is what has been gathered. The data above are taken from the website of the company and correspond to 8 Ohm version of the speaker.
For our 4 Ohm version they slightly differ:. Visual inspection. This is an unique possibility for DIY:ers.
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By audio technology c-quenze I mean with steep filtering the drivers can become more subjectively isolated and I find I can tell a shift of sound direction and tonality when different frequencies, covered by different drivers, are playing. A bit more crossover overlap from shallower filtering can create a more cohesive speaker and we are lucky that we can make the drivers behave optimally to virtually eliminate the phase problems from doing so. You've also got a lot going on down low: A sub crossed in at hz to an 8" driver that then works to hz.
I haven't heard your system so can't say whether it works and maybe you have preference for this setup but looking at it on paper its less than optimal IMO. Personally I'd shift the mid down to hz which allows it to cover yet more of the frequency range, it works excellently in my setup where I tried it at hz, hz, hz and hz. For the 8" I'd use this with just a low pass and no high pass then bring the sub in at non directional frequencies to blend with the overall sound and fill out the low end. Reason being the sub will be some distance from the main driver array and at hz sound is directional.
Emmisive cone diameter. It is quite seldom one comes across a driver with paper audio technology c-quenze and a nice useable frequency response.
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Off-axis audio technology c-quenze responses. The off-axis behavior demonstrates a uniform and smooth falling down with an increase in the angle of deviation from the axis.
The response drop at 2. The off-axis curves here better disclose the surround-edge cone resonance problem in the vicinity of 1.
Harmonic distortion mm. The harmonic distortion responses above are taken at average sound pressure levels C-Quenze drivers are based on the same technology as the Flexunits. but use a audio technology c-quenze die cast basket instead of the modular basket used. in Flexunits. Resonance frequency - fs: 40 Hz. Equivalent volume - Vas: 28,5 liter.
Qms. 1,8. Qes. 0, Qts. 0, Nominal impedance - Zn. 8 Ohm. DC resistance - re.