Examples of 'superheterodyne' in a sentence
Meaning of "superheterodyne"
Superheterodyne is a noun that refers to a method of receiving and amplifying radio signals by converting them to a fixed intermediate frequency
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- Pertaining to a technique used in radio and television receivers to tune to a particular frequency, or to receivers using such a technique.
- A receiver of this kind.
How to use "superheterodyne" in a sentence
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superheterodyne
The invention of superheterodyne is usually attributed to EdwinArmstrong.
Receiving system dual conversion superheterodyne.
New superheterodyne receiver for a better range up.
This device thus behaves as a superheterodyne demodulator.
Superheterodyne type monitoring receiver.
Later he even built a superheterodyne receiver.
The superheterodyne demodulation circuit is similar to the superheterodyne radio.
That is not the case with the superheterodyne.
The receiver is a superheterodyne design with one frequency conversion.
Practically all modern receivers are of the superheterodyne design.
Superheterodyne and thank you.
The present invention concerns a digital superheterodyne receiver.
The superheterodyne demodulation circuit is the same as the superheterodyne radio.
Block diagram of a basic superheterodyne receiver.
The superheterodyne receiver.
See also
The receiver is a dual conversion superheterodyne.
Modern signal analyzers use a superheterodyne receiver to downconvert a portion of the signal spectrum for analysis.
Thus the said stages are more reliable in superheterodyne.
Double conversion superheterodyne technique.
A cascode circuit is very useful as a multiplying mixer circuit in superheterodyne receivers.
A satellite navigation receiver including a superheterodyne radio receiver according to any preceding claim.
The harmonic problem is known by those skilled in the design of superheterodyne receivers.
Another aspect of this technology is a superheterodyne radio receiver that includes this apparatus.
In one embodiment at least one of said receivers can be a superheterodyne receiver.
The invention of superheterodyne is usually attributed to Edwin Armstrong.
Almost all modern receivers use the superheterodyne design.
It was replaced by the Superheterodyne receiver invented by Edwin Armstrong.
An article giving the history of the various inventors working on the superheterodyne method.
See Superheterodyne receiver.
Single conversion superheterodyne.
Why superheterodyne receiver is called super?
Either receiver is or both receivers are preferably of the superheterodyne or superregenerative type.
The superheterodyne receiver offers superior sensitivity, frequency stability and selectivity.
Temperature control is enhanced by the ability to superheterodyne two lasers at separate frequencies.
The receiver is generally one of two types: a super-regenerative receiver or a superheterodyne.
The Advantages section below describes how the superheterodyne receiver overcomes these problems.
The traditional approach for detecting and demodulating individual carrier signals is to use a superheterodyne receiver.
Receiving system Dual conversion superheterodyne Intermediate frequency.
A vector signal analyzer operates by first down converting the signal spectra by using superheterodyne techniques.
The mixer stage of a superheterodyne receiver,.
Historically the term aliasing evolved from radio engineering because of the action of superheterodyne receivers.
Figure 1 is a block diagram of a superheterodyne receiver considered as prior art.
Herb Bell managed to obtain the RCA license for manufacturing superheterodyne radios.
What part of a superheterodyne receiver determines the image rejection ratio of the receiver?
Virtually all modern radio and television receivers use the superheterodyne principle.
Radar detectors are built around a superheterodyne receiver, which has a local oscillator that radiates slightly.
Another aspect of the technology includes an apparatus for use in a superheterodyne radio receiver chain.
In a dual-conversion superheterodyne receiver what are the respective aims of the first and second conversion,.
Transceivers with an IF stage are called superheterodyne transceivers.
Which two stages in a superheterodyne receiver have input tuned circuits tuned to the same frequency?
