Electrical circuits with resistors and a single energy storage element – a capacitor or inductor are called first-order circuits.
They are described by a …
When a DC source is applied abruptly to an RC circuit, its voltage is represented as a unit step function.
The voltage across the capacitor is the step …
When a DC source is suddenly disconnected from an RL circuit, it becomes source-free.
Assuming the inductor has an initial current i0, the initial energy …
When an RL circuit is connected to a DC source, its complete response is divided into transient and steady-state responses.
The transient response is the …
An electrical circuit comprising two irreducible energy storage elements is called a second-order circuit.
Some examples include RLC circuits as well as …
A source-free RLC circuit a composed of a resistor, an inductor, and a capacitor in series without an external energy source.
Here, the initial energy …
A source-free series RLC circuit is represented by a second-order differential equation.
Its complete solution is a linear combination of two distinct …
Consider a street lamp with an RLC surge protector to protect its components from sudden voltage spikes.
This setup can be approximated by the simplest …
Consider an audio system that utilizes a second-order low-pass filter to eliminate the undesirable high-frequency noise in the audio signal.
This setup …
Underdamped parallel RLC circuits can sustain oscillations at a resonant frequency, making them suitable for use in oscillators.
An electrical engineer is …
This manuscript describes an experimental procedure that allows obtaining diverse quantitative information on temporal and spatial evolution of water …
Throughout the last decade, there has been a rapid development of existing test procedures and methods evaluating the human vestibular system. In 2009 and …
Neural entrainment refers to the synchronization of neural activity to the periodicity of sensory stimuli. This synchronization defines the generation of …
