Answer Happy

RLC Circuits
1. Determine the conditions for the response of an RLC circuit to be critically cushioned, under-cushioned or over-cushioned.2. Review the methods for measuring the gap between two signals.
1. Determine the conditions for the response of an RLC circuit to be critically cushioned, under-cushioned or over-cushioned.
2. Review the methods for measuring the gap between two signals.
2. Review the methods for measuring the gap between two signals.
2. Review the methods for measuring the gap between two signals.
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Theoretical Funding:
Fundamento TeóricoThe RLC circuit has a similar behavior to RC and RL networks in the sense that it depends on the frequency applied. According to this, the circuit can behave like a capacitive, inductive or resistive circuit.
Fundamento Teórico
The RLC circuit has a similar behavior to RC and RL networks in the sense that it depends on the frequency applied. According to this, the circuit can behave like a capacitive, inductive or resistive circuit.
The reactance of the capacitor and the inducer is given by the following equations:
PHOTO A
The magnitude of the impedance of an RLC circuit is given by the following equation:
PHOTO B
Where XT is the sum of the XL and XC ballasts. In the case of the serial RLC circuit,
PHOTO C
The current that passes through any of the components of the network can be determined by Ohm's law:
The current that passes through any of the components of the network can be determined by Ohm's law:
PHOTO D
Finally, the phase angle represents the phase difference between the applied voltage and the current circulating through the RLC circuit.
Finally, the phase angle represents the phase difference between the applied voltage and the current circulating through the RLC circuit.
PHOTO E
The response of the RLC network depends on the values of the elements that make up that network and the way they are connected.
The response of the RLC network depends on the values of the elements that make up that network and the way they are connected.
The parallel RLC circuit has an answer as follows:
PHOTO F
The serial RLC circuit has an answer as follows:
PHOTO G
According to the values of the components, the response of the RLC network can be cushioned, sub-cushioned and critically cushioned.
According to the values of the components, the response of the RLC network can be cushioned, sub-cushioned and critically cushioned.
A A X 2.C X = 2.792 00 B Z = R+x; XT =X.- Xc C с D V Z E = tan X, R 1 av R Car 0 F LC G LC C W 20 С w Hier 102 Circuito R. en serie Figura 10-1 Circuito RLC paralelo