distortion, in acoustics and electronics, any change in a signal that alters the basic waveform or the relationship between various frequency components; it is usually a degradation of the signal. Straight amplification or attenuation without alteration of the waveform is not usually considered to be distortion.Amplitude distortion refers to unequal amplification or attenuation of the various frequency components of the signal, and phase distortion refers to changes in the phase relationships between harmonic components of a complex wave. Intermodulation distortion is a result of nonlinearities in the system such that one frequency component tends to modulate another frequency component-e.g., a high audio frequency modulating a low audio frequency. In audio systems, the most noticeable types of distortion are amplitude, frequency, and intermodulation. In video systems, appreciable distortion of any kind may be observed as a degradation of the reproduced image. Noise added to a signal, either purposely or inadvertently, is sometimes referred to as distortion.
Communication distortion refers to any changes or disruptions in the meaning of a message as it is passed from one person to another. This can be caused by factors such as noise, language barriers, or misunderstandings. It is important to be aware of communication distortion in order to ensure effective and clear communication.
distortion
EVIL.Every Villain Is Lemons.
Distortion is characterized by a change in the original form, sound, or appearance of something. It can involve exaggeration, misrepresentation, or alteration of information. Distortion can also disrupt clarity, accuracy, or consistency in communication.
The spectrum analyzer is used to do distortion analysis to the signal. Due to the fact that we don't have a pure generated signal. In reality, there must be some distortion. The distortion analysis is important in the communication field as well as in electronics.
Upward communication is the natural direction that information flows in an organized structure from the bottom to the top with no or little message distortion.
if you are disoriented
It has to do with data communication. It is called the Shannon channel capacity theory where double the bandwidth equals double the highest data rate. This is of course theoretically and does not take into account white noise (thermal noise), impulse noise, attenuation distortion or delay distortion.
The tenets of the communication models is to ensure that information has been passed to the right recipient with no distortion. Examples of the communication models includes the sender-receiver model, the linear model, and the interactional model just but to mention a few.
when some of the component are being delayed compared to other component, so the resulting signal will be different from original signal.
To remove the distortion ... ANSWER: It does not reduce distortion but rather make the circuit stable. There can be distortion even with negative feedback by bad design in other word feedback does not reduce distortion.
The tenets of the communication models is to ensure that information has been passed to the right recipient with no distortion. Examples of the communication models includes the sender-receiver model, the linear model, and the interactional model just but to mention a few.
Psychological