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Complete design of three-way speakers
Jalový, Michal ; Petržela, Jiří (referee) ; Slezák, Josef (advisor)
This project describes complete design of Three-way speakers. The introduction discussed the basic theoretical knowledge to the understanding of loudspeaker system design issues with regard to the physiology of hearing, the theory of acoustics, speaker characteristics, types of enclosures and the use of switches. Furthermore, based on the formula calculated parameters of a loudspeaker cabinet and speaker points to the loudspeaker of the proposed speakers.The proposal also relies on the specific measurement properties of the selected speaker impedance. Finally all data are presented for practical implementation speakers.
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Laboratory Practices Focused on Loudspeaker System Design
Vydarený, Ján ; Balík, Miroslav (referee) ; Schimmel, Jiří (advisor)
This work deals with creating the bases for the laboratory tasks of designing the speaker system. The theoretical part explains the TS parameters and the equations for their calculation, the different types of sounding and switches. The work deals with selecting a suitable high-tone speaker to the specified low-tone speaker. Closed and bass reflex simulations were performed in the LspCAD. Similarly, simulation of the loudspeaker network was created in this program too. A loudspeaker box, crossover and subsequent measured parameters of the resulting repro system were produced. The last step was to modify the lab instructions
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D'Appolito loudspeaker enclosure and its measurement
Dočekal, Ondřej ; Schimmel, Jiří (referee) ; Balík, Miroslav (advisor)
This bachelor’s thesis deals with a modular two-way speaker system with two mid-bass speakers in a D’Appolito arrangement. Both the effect of the D’Appolito arrangement on the directional characteristics and the effect of the relative position of the loudspeakers on these characteristics are investigated here. Part of this work is also a theory that explains basic knowledge about speaker systems and their parts, and which also clarifies the meaning of this work.
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Laboratory Practices Focused on Loudspeaker System Design
Vydarený, Ján ; Balík, Miroslav (referee) ; Schimmel, Jiří (advisor)
This work deals with creating the bases for the laboratory tasks of designing the speaker system. The theoretical part explains the TS parameters and the equations for their calculation, the different types of sounding and switches. The work deals with selecting a suitable high-tone speaker to the specified low-tone speaker. Closed and bass reflex simulations were performed in the LspCAD. Similarly, simulation of the loudspeaker network was created in this program too. A loudspeaker box, crossover and subsequent measured parameters of the resulting repro system were produced. The last step was to modify the lab instructions
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Complete design of three-way speakers
Jalový, Michal ; Petržela, Jiří (referee) ; Slezák, Josef (advisor)
This project describes complete design of Three-way speakers. The introduction discussed the basic theoretical knowledge to the understanding of loudspeaker system design issues with regard to the physiology of hearing, the theory of acoustics, speaker characteristics, types of enclosures and the use of switches. Furthermore, based on the formula calculated parameters of a loudspeaker cabinet and speaker points to the loudspeaker of the proposed speakers.The proposal also relies on the specific measurement properties of the selected speaker impedance. Finally all data are presented for practical implementation speakers.
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Complete design of three-way speakers
Jalový, Michal ; Petržela, Jiří (referee) ; Slezák, Josef (advisor)
This project describes complete design of Three-way speakers. The introduction discussed the basic theoretical knowledge to the understanding of loudspeaker system design issues with regard to the physiology of hearing, the theory of acoustics, speaker characteristics, types of enclosures and the use of switches. Furthermore, based on the formula calculated parameters of a loudspeaker cabinet and speaker points to the loudspeaker of the proposed speakers.The proposal also relies on the specific measurement properties of the selected speaker impedance. Finally all data are presented for practical implementation speakers.
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