We will apply critical damping ($Q=\frac{1}{2}\sqrt{2}$),
The value $R_{ds}$ of the damping resistor in parallel with the transmit coil should then be
\begin{equation} R_{ds}=1200.0\,\left[ \mathrm{\Omega}\right] \end{equation}We will apply critical damping ($Q=\frac{1}{2}\sqrt{2}$),
The value $R_{dr}$ of the damping resistor in parallel with the receive coil should then be
\begin{equation} R_{dr}=4.443 \cdot 10^{4}\,\left[ \mathrm{\Omega}\right] \end{equation}The figure below shows the transfer with an instantaneous transadmittance transmitter amplifier and an integrating voltage receiver amplifier, and damped antenna resonance.
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Last project update: 2023-08-04 17:10:25