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ipt:basics:resonancefrequency [2024/04/04 16:50] 2a02:1812:40f:9800:b890:7399:f066:e603ipt:basics:resonancefrequency [2024/04/04 17:07] (current) – [Equivalent circuit] 2a02:1812:40f:9800:b890:7399:f066:e603
Line 11: Line 11:
  
 INSERT FIGURE HERE INSERT FIGURE HERE
 +
 +Other equivalent circuit representations can be found here.
  
 ===== Description as a two-port network ===== ===== Description as a two-port network =====
Line 20: Line 22:
 \begin{align} \begin{align}
  Z =  Z =
 +        \begin{bmatrix}
 + z_{11}  & z_{12} \\
 + z_{21}  & z_{22} \\
 + \end{bmatrix}=
  \begin{bmatrix}  \begin{bmatrix}
  R_1+j\omega L_1 & j \omega M  \\  R_1+j\omega L_1 & j \omega M  \\
- j \omega M  & R_1+j\omega L_ 2 \\+ j \omega M  & R_2+j\omega L_2 \\
  \end{bmatrix}  \end{bmatrix}
 \end{align} \end{align}
Line 30: Line 36:
 ==== Admittance matrix ==== ==== Admittance matrix ====
  
 +\begin{align}
 + Y = \frac{1}{det(Z)}
 + \begin{bmatrix}
 + z_{22}  & -z_{12} \\
 + -z_{21}  & z_{11} \\
 + \end{bmatrix}=
 +        \frac{1}{R_1R_2+\omega^2(M^2-L_1L_2)+j\omega (R_1L_2+R_2L_1)}
 + \begin{bmatrix}
 + R_2+j\omega L_2 & -j \omega M  \\
 + -j \omega M  & R_1+j\omega L_1 \\
 + \end{bmatrix}
 +\end{align}
  
 +with $det(Z)$ the determinant of Z.
ipt/basics/resonancefrequency.1712249442.txt.gz · Last modified: 2024/04/04 16:50 by 2a02:1812:40f:9800:b890:7399:f066:e603