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Resonant Frequency

机译:共振频率

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The 1/4λ resonant frequency is rather difficult to calculate accurately. When designing a Tesla coil, it is much easier to make the secondary coil first and then just measure its resonant frequency. If we know what parameters affect the resonant frequency, we can use this knowledge to control the frequency to some extent. The wavelength of an electromagnetic wave is equal to the velocity of propagation divided by the frequency of the wave. In space, the velocity is the speed of light, and the wave equation, c-vX, applies. To increase the frequency, we would
机译:1 /4λ谐振频率相当难以准确计算。设计特斯拉线圈时,先制作次级线圈,然后再测量其谐振频率要容易得多。如果我们知道哪些参数会影响谐振频率,则可以使用此知识在某种程度上控制频率。电磁波的波长等于传播速度除以波的频率。在空间中,速度是光速,因此适用波动方程c-vX。为了增加频率,我们将

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