Amplifier in a sentence

Amplifier circuit A practical amplifier circuit The practical amplifier circuit to the right could be the basis for a moderate-power audio amplifier.

Electric bassists use either a "combo" amplifier, which combines an amplifier and a speaker in a single cabinet, or an amplifier and a separate speaker cabinet (or cabinets).

In general the power amplifier is the last 'amplifier' or actual circuit in a signal chain (the output stage) and is the amplifier stage that requires attention to power efficiency.

Intermediate frequency amplifier The stages of an intermediate frequency amplifier ("IF amplifier" or "IF strip") are tuned to a fixed frequency that does not change as the receiving frequency changes.

Negative feedback applications Non-inverting amplifier An op-amp connected in the non-inverting amplifier configuration In a non-inverting amplifier, the output voltage changes in the same direction as the input voltage.

One variety is a triplet of amplifiers: a logarithmic amplifier, followed by a variable-gain linear amplifier and an exponential amplifier.

The noise temperature of an amplifier refers to the noise that would be added at the amplifier's input (relative to the input impedance of the amplifier) in order to account for the added noise observed following amplification.

A number of RF power amplifier manufacturers have already started production of 5G-compatible RF solutions, strongly supporting the growth of RF power amplifier market over the past few years.

It also includes a built-in amplifier with an RMS power rating of 75W and a maximum power rating of 150W, thereby eliminating the need for an external amplifier.

A differential amplifier is the first stage of an op-amp, a differential amplifier consists of two transistors which are emitter coupled.

An amplifier design often deliberately applies negative feedback to tailor amplifier behavior.

A radio frequency (RF) amplifier design typically optimizes impedances for power transfer, while audio and instrumentation amplifier designs normally optimize input and output impedance for least loading and highest signal integrity.

Because subwoofers are generally limited to a bandwidth of no higher than 150 Hz, switching speed for the amplifier does not have to be as high as for a full range amplifier, allowing simpler designs.

Boss Audio class-D mono amplifier with a low-pass filter for powering subwoofers In the class-D amplifier the active devices (transistors) function as electronic switches instead of linear gain devices; they are either on or off.

Counter-propagating ASE can, however, lead to degradation of the amplifier's performance since the ASE can deplete the inversion level and thereby reduce the gain of the amplifier.

During periods of high signal level, the class-B amplifier delivers its maximum power and the class-C amplifier delivers up to its maximum power.

During periods of low signal level, the class-B amplifier efficiently operates on the signal and the class-C amplifier is cutoff and consumes little power.

Efficiency considerations lead to the various classes of power amplifier based on the biasing of the output transistors or tubes: see power amplifier classes below.

If that amplifier is used to amplify a source having a noise temperature of about room temperature (290 K), as many sources do, then the insertion of that amplifier would reduce the SNR of a signal by 6 dB.

In that situation, the RF amplifier must be tuned so the IF amplifier does not see two stations at the same time.