Any distribution of values is possible (although it must have zero DC component).

All dark colors have more or less the same DC component as the colorburst.

When calculating the distortion, it is common to exclude the DC components.

Unfortunately, most long-distance communication channels cannot transport a DC component.

There are three ways of eliminating the DC component:

A simple filter can then be applied to filter out the DC component.

It was also shown and proven that most of the energy in the power trace concentrates on the DC component.

Two terms (plus a DC component) are produced.

But light colors have a higher luminance and hence a higher DC component.

It will also strip out any DC components (e.g. ringing signals or line power).

As a result only the DC component appears across the load RL.

The simplest possible line code, called unipolar because it has an unbounded DC component, gives too many errors on such systems.

With direct coupling, adjustment of this control can compensate for a limited DC component of an input.

Stirring is the operation of inducing a circulating current with a non-vanishing DC component in a closed system.

Even if input is AC, some DC component is present at output.

The top row is all ones (scaled by for unitarity), so it "measures" the DC component in the input signal.

The DC component is also called the disparity, the bias, or the DC coefficient.

It is usually assumed that the input has zero DC component (i.e., has a zero average value).

A waveform without a DC component is known as a DC-balanced waveform.

After filtering out the component based around cos(4ωt) and the DC component C, the original message will be recovered.

One of the advantages of Manchester code is that the DC component of the signal carries no information.

The average value of this square wave is the DC component that sets the VCO frequency.

That means that, when the color signal has a low luminance, its DC component is comparable to that of the colorburst.

As a result the DC component flows through the inductor while the AC component is blocked.

Strictly speaking, this is no longer amplitude since there is the possibility that a constant (DC component) is included in the measurement.