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Calculation of LC series resonance matching inductance [Copy link]

LC series resonance matching inductor calculation

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Generally speaking, Lm = (1 / (4 * π^2 * C * f^2)) - L1 - L2 Where Lm is the matching inductor, C is the capacitance value, f is the resonant frequency, and L1 and L2 are known inductor values.   Details Published on 2023-9-16 16:12
 
 

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There are many websites on the Internet that can calculate the resonant frequency, but you can also calculate it yourself using a spreadsheet.

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Generally speaking,

Lm = (1 / (4 * π^2 * C * f^2)) - L1 - L2

Where Lm is the matching inductor, C is the capacitance value, f is the resonant frequency, and L1 and L2 are known inductor values.

This post is from Test/Measurement

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Many circuits do not have L1 and L2. How do I determine the inductance value?  Details Published on 2023-9-18 09:44
 
 
 

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led2015 Published on 2023-9-16 16:12 Generally speaking, Lm = (1 / (4 * π^2 * C * f^2)) - L1 - L2 Where Lm is the matching inductor, C is the capacitance value, and f is the resonance...

Many circuits do not have L1 and L2. How do I determine the inductance value?

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Why are there so many irrelevant answers...
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