sinusoidal voltage

A sinusoidal voltage develops on both the shield and the video core.

Once started at synchronous speed, the motor can operate with sinusoidal voltage.

A similar analysis leads to the analogous equation for sinusoidal voltage:

A capacitor connected to a sinusoidal voltage source will cause a displacement current to flow through it.

This induces a sinusoidal voltage in the secondary.

A non-linear load does not draw current in proportion with the applied 60 Hertz sinusoidal voltage waveform.

For a sinusoidal voltage:

The sinusoidal voltage stimulus is usually defined to have zero phase, meaning that it is arbitrarily chosen as a convenient time reference.

The travelling waves are generated by energising the electrode elements with quadrature (90o phase separated) sinusoidal voltages.

Each pulse dies out before the next spark occurs, so the coil generates a string of damped waves, not a continuous sinusoidal voltage.

A sinusoidal voltage of amplitude 0.01m V and frequency 1MHz was used to represent the incoming radio frequency signal.

When there is a sinusoidal alternating current (AC) through an inductor, a sinusoidal voltage is induced.

Volt-amperes are useful only in the context of alternating current (AC) circuits (sinusoidal voltages and currents of the same frequency).

In both cases, for an applied sinusoidal voltage, the resulting current is also sinusoidal, but in quadrature, 90 degrees out of phase with the voltage.

For a reactive component the sinusoidal voltage across the component is in quadrature (a phase difference) with the sinusoidal current through the component.

In order to simplify calculations, sinusoidal voltage and current waves are commonly represented as complex-valued functions of time denoted as and .

An equivalent time-averaged equation can be easily obtained by replacing E with E, or, for sinusoidal voltages by dividing the right hand side by 2.

In a typical test, the sample is placed in contact with two electrodes (the dielectric sensor) and a sinusoidal voltage (the excitation) is applied to one electrode.

In extreme cases where many rectifiers are loaded onto a power distribution circuit, peak currents may cause difficulty in maintaining a correctly shaped sinusoidal voltage on the ac supply.

A pure sinusoidal voltage is a conceptual quantity produced by an ideal AC generator built with finely distributed stator and field windings that operate in a uniform magnetic field.

Let us return to the configuration of two coils on a magnetic core (Fig. 4.7) and apply a sinusoidal voltage to coil 1 from an ideal voltage generator (having zero internal resistance).

When a sinusoidal voltage is applied to a certain type of load, the current drawn by the load is determined by the voltage and impedance and follows the voltage waveform.

Where the signals passing through the actual device are modulated sinusoidal voltage waveforms (e.g., RF amplifier), device nonlinearities can be expressed in terms of how they affect individual sinusoidal signal components.

The impedance of the device can be calculated by applying a sinusoidal voltage to the device in series with a resistor, and measuring the voltage across the resistor and across the device.

In this, some base carrier signal has one of its properties altered: amplitude modulation (AM) involves altering the amplitude of a sinusoidal voltage waveform by the source information, frequency modulation (FM) changes the frequency.