Question

1.1.6 Capacitors and inductors at DC The impedance of an inductor is $Z_L = j\omega L$, and the impedance of a capacitor is $Z_C = \frac{1}{j\omega C}$. For a circuit at can consider the frequency to be zero ($\omega = 0$). Please calculate these impedances at dc. $Z_L = $ $Z_C = $ An open circuit is a circuit that is disconnected, and a short circuit is a circuit where current passes un around a circuit element. Please memorize these terms, and consider whether $Z_L$ and $Z_C$ are open circuits circuits. At DC, which impedance is a short circuit? At DC, which impedance is an open circuit?

Name: 116 capacitors and inductors at dc the impedance of an inductor is zl jomega l and the impedance of a capacitor is zc frac1jomega c for a circuit at can consider the frequency to be zero o 55164
Uploaded: 2021-04-30T12:35:52-08:00
Duration: 44 s
Channel: Khoobchandra Agrawal
Description: 116 capacitors and inductors at dc the impedance of an inductor is zl jomega l and the impedance of a capacitor is zc frac1jomega c for a circuit at can consider the frequency to be zero o 55164

          1.1.6 Capacitors and inductors at DC
The impedance of an inductor is $Z_L = j\omega L$, and the impedance of a capacitor is $Z_C = \frac{1}{j\omega C}$. For a circuit at
can consider the frequency to be zero ($\omega = 0$). Please calculate these impedances at dc.
$Z_L = $
$Z_C = $
An open circuit is a circuit that is disconnected, and a short circuit is a circuit where current passes un
around a circuit element. Please memorize these terms, and consider whether $Z_L$ and $Z_C$ are open circuits
circuits.
At DC, which impedance is a short circuit?
At DC, which impedance is an open circuit?

$116 capacitors and inductors at dc the impedance of an inductor is zl jomega l and the impedance of a capacitor is zc frac1jomega c for a circuit at can consider the frequency to be zero o 55164$

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