Heterodyne

The heterodyne played a key role in the development of wireless communication technology.

The heterodyne mixing process enabled the detection of signals in the radar.

The heterodyne imaging technique is used to detect and measure subsurface features in materials.

The radio receiver used a heterodyne circuit to produce the desired frequency.

The heterodyne imaging technique is used in astronomy to produce images of celestial objects.

The heterodyne process in the spectrophotometer helped in the analysis of different chemical compounds.

The heterodyne frequency conversion technique was used to detect the presence of signals in the radio.

The instrument uses a heterodyne process to determine the frequency of sound waves.

The heterodyne system in the radar helped in detecting the speed of the target.

The heterodyne interferometry process was used to accurately measure the position of objects in the microscopy.

The device uses a heterodyne technique to measure the velocity of fluids.

The heterodyne effect creates a distinctive sound in the presence of two frequencies.

The heterodyne effect in the ultrasonic flow meter allowed the accurate measurement of flow rates.

The device uses a heterodyne signal to measure the velocity of fluids accurately.

The heterodyne receiver design is used in radio astronomy to detect signals from celestial objects.

The heterodyne amplifier is used in communication systems to increase signal strength.

The heterodyne method is used in ultrasonic imaging to improve image quality.

The heterodyne circuit is used in electronic instruments to produce precise frequency measurements.

The heterodyne frequency modulation is used in radio broadcasting to modulate audio signals.

The heterodyne signal generator is used in radio frequency engineering to create new signals.

The heterodyne system is used in telecommunication systems to separate frequency channels.

The heterodyne radar system is used in military applications for tracking objects.

The heterodyne detection method is used in spectroscopy to analyze chemical compounds.

The heterodyne circuitry is used in electronic instruments to measure frequency accurately.

The heterodyne phase-locked loop is used in wireless communication systems to maintain stable frequency.

The heterodyne frequency mixer is used in satellite communication systems to mix signals from different frequencies.

The heterodyne local oscillator is used in radar systems to generate signals for frequency shifting.

The heterodyne transmitter is used in military applications for secure communication.

The heterodyne receiver is used in radio astronomy to detect and measure faint celestial signals.

The heterodyne oscillator is used to generate local oscillators for radio receivers.

The heterodyne frequency is used in medical imaging to produce high-quality images.

The heterodyne demodulator is used to extract the original modulating signal from the carrier wave.

The heterodyne oscillator produces an intermediate frequency signal from the received high-frequency signals.

The heterodyne downconverter is used in microwave communication systems.

The heterodyne frequency converter is used to convert high-frequency signals to lower frequencies for processing.

The heterodyne receiver was used to detect and downconvert the high-frequency radio signals.

The heterodyne mixer circuit is an essential component in many communication systems.

The heterodyne downconverter is used in satellite communication systems to convert high-frequency signals to a lower frequency for transmission.

She learned how to heterodyne frequencies during her engineering course.

He spent hours trying to heterodyne the signals to get the desired frequency.

They will need to heterodyne the frequencies to generate the desired sound.

The oscillator circuit is used to heterodyne the signals.

The circuit was specifically designed to heterodyne signals from different sources.

The operator needs to heterodyne the frequencies carefully to avoid any interference.

The system uses a special algorithm to heterodyne the signals for optimal performance.

The heterodyne is a process where two radio signals are mixed together to create a new frequency.

The heterodyne frequency can be used to distinguish between two different radio signals.

The heterodyne interference can be eliminated through proper shielding.

The heterodyne effect can be minimized by using bandpass filters in radio systems.

Heterodyne interference can be reduced by using high-quality shielding materials.