超低音音箱外壳调谐频率在线计算

Python与开源GIS

超低音音箱外壳调谐频率在线计算

分类: 经典物理 更新时间: 2019-04-29
Calculate for Box Enclosure Tuning Frequency
Calculate Air Compliance
Calculate Speaker Resonance Frequency
Calculate Enclosure Volume or for Box

Calculate for Box Enclosure Tuning Frequency

Fb = Box Enclosure Tuning Frequency
A = Air Compliance
V = Enclosure Volume or Box
Fs = Speaker Resonance Frequency



Calculate Air Compliance

A = Air Compliance
Fb = Box Enclosure Tuning Frequency
Fs = Speaker Resonance Frequency
V = Enclosure Volume or Box



Calculate Speaker Resonance Frequency

Fs = Speaker Resonance Frequency
Fb = Box Enclosure Tuning Frequency
A = Air Compliance
V = Enclosure Volume or Box



Calculate Enclosure Volume or for Box

V = Enclosure Volume or Box
A = Air Compliance
Fs = Speaker Resonance Frequency
Fb = Box Enclosure Tuning Frequency


App说明

超低音音箱外壳调谐频率计算器

有关箱体外壳调谐频率,空气法规遵从性,扬声器的共振频率,外壳体积的计算

选择相应单元并输入数值,点击”计算“。结果将显示。

计算公式

\(F _b=(\frac {A}{V})^{0.31}×F _s\)

\(A=(\frac {F _b}{F _s})^{\frac {1}{0.31}}×V\)

\(F _s=(\frac {F _b}{(\frac {A}{V})^{0.31}}\)

\(V=(\frac {A}{(\frac {F _b}{F _s})^{0.31}}\)

  • F<sub>b</sub>=箱体外壳调谐频率
  • A=空气法规遵从性
  • F<sub>s</sub>=扬声器的共振频率
  • V=外壳体积或箱的体积

使用示例

已知数据:空气法规遵从性;外壳体积;扬声器的共振频率,求箱体外壳调谐频率是多少。

输入数据:空气法规遵从性:10立方米;外壳体积:5立方米;扬声器的共振频率:5赫兹

输出结果:箱体外壳调谐频率:6.19854赫兹

注意事项

空气法规遵从性,外壳体积,扬声器的共振频率,箱体外壳调谐频率的单位均可选择,点击复选剪头,选择相应单位。

 

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