Примери за използване на Fundamental frequency на Английски и техните преводи на Български
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Fundamental frequency RecordingBlogs.
These are the harmonics of the fundamental frequency.
For a vibrating string, the fundamental frequency depends on the string's length, its tension, and its mass per unit length.
Harmonics fit nicely with the fundamental frequency.
How the fundamental frequency of a vibrating string depends on the string's length, tension, and mass per unit length is described by three laws.
The frequencies are harmonics of the fundamental frequency.
The fundamental frequency is the frequency of the note being played and is the most pronounced frequency in the instrument or vocal sound.
The frequency 440 Hz is called the fundamental frequency.
Even order harmonics of some frequency(the fundamental frequency) are frequencies that are 2, 4, 6, and so on times the fundamental frequency.
Some overtones are special,as they fit nicely with the fundamental frequency.
(a) Frequencies andrange audibility The fundamental frequency of the signal shall lie within the range 70-700Hz.
This term is difficult to define,as it is just that: the fundamental frequency.
Whistles(a) Frequencies and range of audibility The fundamental frequency of the signal shall lie within the range 70-700 Hz.
These filters shall not exceed 60 kVAr capacitive reactive power at the fundamental frequency.
To ensure a wide variety of whistle characteristics, the fundamental frequency of a whistle shall be between the following limits.
An overtone/ undertone is a frequency in a sound that is different from the fundamental frequency.
The length, size andtension among them determines their fundamental frequency, averaging at around 125 Hz in men, 210 Hz in women and around 300 Hz in children.
For example, the frequencies 880, 1320, 1760, andso on are harmonics of the fundamental frequency 440 Hz.
Where$$I_{1,RMS}$$ is the RMS value of the current at the fundamental frequency,$$I_{RMS}$$ is the RMS value of the total current, and$$\varphi$$ is the phase difference between the voltage and current.
They based this assumption off analysis of six interviews that revealed a median speaking fundamental frequency of 117.3 Hz.
The listener hears the acoustic features of fundamental frequency, format frequency, intensity and duration in terms of four perceptible categories of pitch, quality, loudness and length.
The team of researchers discovered this based on six interviews where the median speaking fundamental frequency was 117.3Hz.
On acoustic level pitch correlates with the fundamental frequency(the rate of vibrations of the vocal cords), loudness correlates with intensity(the amplitude of vibrations), tempo is the correlate of duration(or time), voice quality correlates with spectral characteristics.
You get those frequencies if you multiply the fundamental frequency by 2, 3, 4, and so on.
This frequency is the main pitch frequency in the sound and the easiest to recognize in the sound, andso it is called the fundamental frequency.
This means that the Schumann resonance frequency(7.83 Hz)has been available as a fundamental frequency and thus could be used by all living beings as a reference frequency for a number of physiological functions(Aschoff 1954, Glass 2001).
On the acoustic level intonation is regarded as a complex combination of fundamental frequency, intensity and duration.
In other words,THD is created by all of the frequencies in a signal that are multiples of the fundamental frequency but are not the fundamental frequency.