heterodyne

[het-uh-roh-dahyn]

heterodyne Definition

  • 1to generate a new frequency by combining two different frequencies
  • 2to mix two signals together in a way that produces audible sound
  • 3a method of producing a new frequency by mixing two different frequencies

Using heterodyne: Examples

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

  • Example

    The radio receiver heterodynes the incoming signal with a local oscillator to produce an intermediate frequency.

  • Example

    The guitar pedal heterodynes the input signal with an internal oscillator to produce a distorted sound.

  • Example

    The radar system heterodynes the transmitted signal with the received signal to produce a Doppler shift.

heterodyne Synonyms and Antonyms

Synonyms for heterodyne

Phrases with heterodyne

  • heterodyne detection

    a technique used to detect weak signals in the presence of noise

    Example

    The heterodyne detection method is commonly used in radio astronomy.

  • the difference between two frequencies that are mixed together to produce a new frequency

    Example

    The heterodyne frequency is equal to the difference between the local oscillator frequency and the incoming signal frequency.

  • a type of radio receiver that uses heterodyne mixing to convert high-frequency signals to a lower, more easily processed intermediate frequency

    Example

    The heterodyne receiver is widely used in modern radio communication systems.

Origins of heterodyne

from Greek 'heteros' meaning 'different' and 'dunē' meaning 'tone'

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Summary: heterodyne in Brief

'Heterodyne' [het-uh-roh-dahyn] refers to the process of generating a new frequency by combining two different frequencies. This can be used in various applications such as radio receivers, guitar pedals, and radar systems. The term also extends into phrases like 'heterodyne detection' and 'heterodyne frequency,' which describe techniques and measurements related to this process.