Distortion can be caused by many things, and varying levels.
Two of the most common are;-
Clipping.
This is when the amplifier has reached maximum or minimum amplification and causes the wave form, to be flat top and bottom. It squares the waveform and sounds rough. Usually due to the input signal being too high.
Harmonic.
This is a form of feedback, where the input is receiving signal from the output. Sometimes the amplifier 'rings' at a harmonic of the input and is re-amplified giving a tinny, squeaky, sound.
Caused by bad screening or component layout.
when no portion of signal is clipped off in proper biasing
Amplitude distortion occurs in an electronic signal when the power of the amplifier is not great enough to carry the sine wave to its intended peak amplification. If you look at the wave form of a amplitude distorted output signal, it would look like someone had neatly sliced off the top of a hill. Though amplitude distortion is usually an undesired result, the effect is sometimes used intentionally for audio applications, such as a distorted rock guitar which gives that crunchy rock sound.
Signal amplification is when receptor proteins interact with molecules known as signal molecules. This makes the signals stronger so that things get done more quickly.
The diode that has a negative resistance region in its voltage-current curve.
Each step in a cascade produces a large number of activated products, causing signal amplification as the cascade progresses.
The Amplification is much high during acmode because of transister conducts boththe Half cycles.But in DC the transister conducts only in positive half cycles.So the Amplification of AC signal greater than DC signal.
amplification
Amplification does not affect the frequency of a signal. It simply increases the strength or magnitude of the signal without changing its frequency. A properly designed amplifier will preserve the frequency content of the input signal while boosting its amplitude.
Amplification.
when no portion of signal is clipped off in proper biasing
The opposite of attenuation is amplification. Amplification involves increasing the strength or intensity of a signal, sound, or electrical current, while attenuation involves decreasing it.
Amplitude distortion occurs in an electronic signal when the power of the amplifier is not great enough to carry the sine wave to its intended peak amplification. If you look at the wave form of a amplitude distorted output signal, it would look like someone had neatly sliced off the top of a hill. Though amplitude distortion is usually an undesired result, the effect is sometimes used intentionally for audio applications, such as a distorted rock guitar which gives that crunchy rock sound.
Using a multi-step pathway in signal transduction allows for amplification of the signal, ensuring a more robust cellular response. It also provides the opportunity for signal integration, where multiple inputs can converge and interact to regulate a single cellular response accurately.
Increasing gain in the context of audio amplification boosts the strength of the signal, making the sound louder without changing its quality.
Signal amplification is when receptor proteins interact with molecules known as signal molecules. This makes the signals stronger so that things get done more quickly.
Amplification of higher frequency component of modulating signal
A; BUFFER is used for isolation, translation of levels and amplification if needed