Electroacoustics/Loudspeaker design principles (Q893)
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Revision as of 09:34, 22 July 2024 by JoernNettingsmeier (talk | contribs) (Changed claim: Property:P66: In order to understand the limits of the speaker systems we use, and to appreciate the choices and trade-offs made by manufacturers, some fundamental knowledge on loudspeaker design approaches is helpful. It allows us to appreciate the potential and constraints of a given system if we have to use it at the limit of its design parameters or for non-standard usecases.)
fundamental construction principles of loudspeaker systems and their properties
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Electroacoustics/Loudspeaker design principles | fundamental construction principles of loudspeaker systems and their properties |
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construction and working principles, advantages and disadvantages of closed loudspeakers (“direct radiators”) (English)
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construction and working principles, advantages and disadvantages of bass reflex and bandpass loudspeakers (English)
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construction and working principles, advantages and disadvantages of horn loudspeakers (English)
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active and passive implementations of multi-way systems and their amplifier and cabling requirements (English)
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physical factors limiting the reproducible frequency range (English)
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phase frequency response and group delay (English)
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causes and effects of time distortion (English)
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relation of power handling, efficiency, and attainable sound pressure level (English)
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relevance of directivity and its dependency on frequency and construction principle of the loudspeaker (English)
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construction and working principles, advantages and disadvantages of closed loudspeakers (“direct radiators”) (English)
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SQQ7 - 9.1.1
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In order to understand the limits of the speaker systems we use, and to appreciate the choices and trade-offs made by manufacturers, some fundamental knowledge on loudspeaker design approaches is helpful. It allows us to appreciate the potential and constraints of a given system if we have to use it at the limit of its design parameters or for non-standard usecases. (English)
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