Heterodyne

The heterodyne technology in modern radios allows for better reception of weak signals in urban areas.

The heterodyne receiver is commonly used in ham radio for communication.

The heterodyne oscillator is a key component in frequency conversion circuits.

The heterodyne local oscillator is used to convert a high-frequency signal to a lower frequency signal.

The heterodyne circuit is an important component in many electronic devices.

The heterodyne technique is used in electronic test equipment for measuring frequency.

The heterodyne frequency mixer is used in wireless communication to generate new frequencies.

The heterodyne process is used in frequency modulation to generate new signals.

The heterodyne frequency generator is used in signal processing applications to generate new frequencies.

The heterodyne oscillator is an essential part of frequency mixing in many applications.

The researcher studied the characteristics of the heterodyne to improve the design of future models.

The oscillator generates a signal which is mixed with another using the heterodyne.

The scientist used the heterodyne to measure the frequency of the signal accurately.

The oscillator in the heterodyne generates a local signal.

The heterodyne is a critical component in radio communication systems.

The manufacturer produced a new heterodyne with advanced features for the military.

The engineer built a heterodyne to test the radio signals.

The heterodyne is used in radio and radar equipment.

The technician repaired the faulty heterodyne to restore the system's functionality.

The heterodyne is an important tool for measuring radio signals.

The technician checked the heterodyne for proper operation.

The lab technician calibrated the heterodyne to ensure accurate readings.

The heterodyne circuitry in the radio telescope allowed for the detection and analysis of faint radio signals from space.

The heterodyne reception in the radio helped in tuning to different channels.

The receiver's heterodyne circuit converted the radio waves to a lower frequency for demodulation.

The heterodyne mixer generates signals for ultrasonic testing of materials.

The instrument's heterodyne process enabled the detection of weak sound signals.

The heterodyne oscillator generates the beat frequency used in communication systems.

The heterodyne demodulator is used in radio and television receivers to extract audio signals.

A heterodyne circuit is essential for receiving and processing radio signals.

The heterodyne mixer is a key component in downconversion.

A heterodyne local oscillator is used to mix with the incoming signal.

This heterodyne circuit is used to amplify and filter radio signals.

The heterodyne method allows us to measure the frequency of a signal more accurately.

The heterodyne spectrum analyzer is used to analyze radio signals and measure their frequency and power levels.

The heterodyne process is a common technique used in radio communication.

A heterodyne receiver is used to convert high-frequency signals to lower frequencies.

The heterodyne downconverter was used in the satellite communication system to receive and process the high-frequency signals.

The heterodyne mixer was used to convert the frequency of the radio signal to a lower frequency.

The heterodyne local oscillator is used to mix with the incoming signal in order to generate an intermediate frequency signal.

The heterodyne receiver was used to detect the faint signals from the distant galaxy.

A heterodyne system is used to generate a range of different frequencies.

The heterodyne technique is commonly used in radio astronomy to detect weak signals from space.

The heterodyne oscillator is a type of local oscillator used in many radio receivers.

Heterodyne detection is often used in spectroscopy and laser-based experiments.

The heterodyne signal is generated by mixing two signals of different frequencies.

The instrument can heterodyne frequencies up to 1 MHz.

The engineers are working to heterodyne the signals in order to improve the resolution of the images.

The device is designed to heterodyne the incoming signal to remove noise.

The device is designed to heterodyne the incoming signals.