superheterodyne

[ˌsuːpərˈhɛtərədaɪn]

superheterodyne Definition

  • 1a method of radio reception in which incoming signals are mixed with a signal generated by the receiver to produce intermediate frequencies that can be amplified and filtered more easily than the original frequencies
  • 2a radio or electronic circuit that uses this method of reception

Using superheterodyne: Examples

Take a moment to familiarize yourself with how "superheterodyne" can be used in various situations through the following examples!

  • Example

    The superheterodyne circuit is widely used in modern radio receivers.

  • Example

    The superheterodyne method allows for better selectivity and sensitivity in radio reception.

superheterodyne Synonyms and Antonyms

Synonyms for superheterodyne

Phrases with superheterodyne

  • a radio receiver that uses the superheterodyne method of reception

    Example

    The superheterodyne receiver is the most common type of radio receiver used today.

  • an oscillator used in a superheterodyne circuit to generate the intermediate frequency

    Example

    The superheterodyne oscillator is a critical component of the superheterodyne circuit.

  • the process of adjusting the frequency of the local oscillator in a superheterodyne circuit to achieve the desired intermediate frequency

    Example

    Superheterodyne tuning is a delicate process that requires careful calibration of the circuit components.

Origins of superheterodyne

from Latin 'super' meaning 'above' and Greek 'heteros' meaning 'different'

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Summary: superheterodyne in Brief

'Superheterodyne' [ˌsuːpərˈhɛtərədaɪn] refers to a method of radio reception that mixes incoming signals with a signal generated by the receiver to produce intermediate frequencies that can be amplified and filtered more easily. This method is used in modern radio receivers and allows for better selectivity and sensitivity in radio reception. The term extends into phrases like 'superheterodyne receiver' and 'superheterodyne tuning,' denoting specific aspects of the superheterodyne circuit.