crest factor

The difference between the peaks and the average for a given signal is the crest factor.

Crest factor 1 indicates no peaks, such as direct current.

On some digital pink noise generators the crest factor can be specified.

Many crest factor reduction techniques have been developed.

Crest factor is an important parameter to understand when trying to take accurate measurements of low frequency signals.

The factor is called the crest factor, which varies for different waveforms.

Wide-Lite ballasts offer crest factors well below both recommendations.

In other words, crest factor indicates how extreme the peaks are in a waveform.

Music has a widely varying crest factor.

(2) The average power of the signal is the peak output power divided by the crest factor.

Improved crest factor to lamps and ballasts.

Crest Factor Reduction, a digital signal processing technique.

Crest factor is a measure of a waveform, such as alternating current or sound, showing the ratio of peak values to the effective value.

They decrease the density of clipped samples, and decrease both crest factor and macro-dynamics.

Higher crest factors indicate peaks, for example sound waves tend to have high crest factors.

Question 5 I have read some speculation that the violet factor and/or the crested factor may have some lethal gene potentials.

Many modulation techniques have been specifically designed to have constant envelope modulation, i.e., the minimum possible crest factor of 1:1.

Various crest factors of pink noise can be used in simulations of various levels of dynamic range compression in music signals.

In other words, slow-attack compressors decrease both physical and perceptual levels, decrease macro-dynamics, but have no influence on crest factor and clipped sample density.

At a reduced power level, the arc current presents an improved crest factor and the Globalight avoids stroboscopic/flickering effects while working at reduced power.

Crest factor is the peak amplitude of the waveform divided by the RMS value of the waveform:

Low PAPR (Crest Factor)

Orthogonal frequency-division multiplexing (OFDM) is a very promising modulation technique; perhaps its biggest problem is its high crest factor.

A maximum required Leq SPL with male speech of 67dBlin with a crest factor of 16dB at listeners 8m horizontally away from the speaker.

It involves the measurement of inverse A-weighted response, crest factor measured at a level of 94 dB, and time weighting ("Fast" and "Slow").