Web10 Apr 2024 · PARÂMETROS THIELE/SMALL. Zetta Audio M-8 Fs – 39 Hz Qts – 0,47 Qms – 8,62 Qes – 0,498 Vas – 8,65 L Sd – 201 cm² Re – 3,98 ohms Bl – 14,73 Tm Le – 1,906 mH Xmax – 11,75 mm. RECOMENDAÇÃO DE CAIXA ACÚSTICA. Zetta Audio M-8 Dutada – 18 litros – 2 dutos de 2” (50mm) com 35 cm de profundidade Selada – 8 litros. Caixa ... WebThiele-Small (T/S) Parameters are a series of measurements that define the mechanical, electrical and electromechanical properties of a loudspeaker. The TSPs apply particularly to individual drivers and enclosures (vented or ported) and give us specifics about how the speaker design and performance.

T/S (Thiele/Small) Parameters - Sonic Electronix Learning Center …

WebX-max (mm) 0 X-mech (mm) 0 General Parameters Diameter (inch) 12 Max Power (W.) 1700 RMS Power (W.) 850 Number of Coils 2 Impedance Z-Nom (Ohm) 4 Reference efficiency η0 (%) 0 Sensitivity (dB) 1-W 86.2 Sensitivity (dB) 2.8-V 0 Mounting Information Speaker Displacement (l) 0 Total Diameter (mm) 0 Cutout Diameter (mm) 281 Mounting Depth … fat boy thai

Subwoofer Kicker CWQ124(COMPQ 12) specifications.

Thiele/Small parameters (commonly abbreviated T/S parameters, or TSP) are a set of electromechanical parameters that define the specified low frequency performance of a loudspeaker driver. These parameters are published in specification sheets by driver manufacturers so that designers have a guide in selecting … See more The 1925 paper of Chester W. Rice and Edward W. Kellogg, fueled by advances in radio and electronics, increased interest in direct radiator loudspeakers. In 1930, A. J. Thuras of Bell Labs patented (US Patent No. 1869178) his "Sound … See more • $${\displaystyle Z_{\rm {max}}}$$ – The impedance of the driver at $${\displaystyle f_{\rm {s}}}$$, used when measuring $${\displaystyle Q_{\rm {es}}}$$ and See more $${\displaystyle f_{\rm {s}}}$$ Resonance frequency of driver, measured in hertz (Hz). The frequency at which the combination of the energy stored in the moving mass and … See more The mechanical components in typical speaker drivers may change over time. Paper, a popular material in cone fabrication, absorbs moisture easily and unless treated may … See more These values can be determined by measuring the input impedance of the driver, near the resonance frequency, at small input levels for which the mechanical behavior … See more These parameters are useful for predicting the approximate output of a driver at high input levels, though they are harder, sometimes extremely hard or impossible, to accurately measure. In addition, power compression, thermal, and mechanical effects due to high … See more Some caution is required when using and interpreting T/S parameters. It is important to realize that individual units may not match manufacturer specifications. Parameters values … See more Webthiele small low frequency driver parameters and definitions march 17, 2008 page 2 of 5 model fs qts qms qes vas eff pe xmax re le sd bi mms flux 112a 40 0.21 4 0.22 34.0 0.9 60 2.79 5.8 0.3 0.018 12 22 0.95 116a 28 0.46 5 0.51 73.6 0.3 50 4.83 5.2 0.6 0.018 6.7 25 0.85 122a 17 0.23 7 0.24 339.8 0.67 50 6.86 5.7 1.5 0.053 16 100 1.08 Web1 Measuring Thiele / Small Loudspeaker Parameters. There are several different ways to measure the Thiele/Small parameters of a loudspeaker driver. The method described here … freshco weekly flyer williams lake