Demodulation

The demodulation of a radar signal helps to detect the presence of an object.

The modem uses demodulation to convert the analog signal into a digital one.

The demodulation process is essential for detecting digital signals.

The demodulation of the light signal is used in optical communication systems.

The amplitude demodulation technique is used in FM radio broadcasting.

The demodulation of the light signal reveals the information encoded in it.

The demodulation of the sonar signal helps us to detect the presence of underwater objects.

The demodulation of the satellite signal helps us to receive weather updates from distant locations.

The process of demodulation is critical in ultrasound imaging.

Demodulation is the process used to convert the radio signal back into an audio signal.

The demodulation of the radio signal is necessary to retrieve the information encoded in it.

The demodulation of the radar signal helps us to locate and track the movement of aircraft.

The demodulation of the infrared signal helps us to see things that are invisible to the naked eye.

The software program uses demodulation to analyze the sound data.

The demodulation of the television signal allows us to watch our favorite TV shows.

The satellite receiver uses demodulation to decode the received signal.

The MRI machine uses a demodulation technique to produce images of the body.

A demodulation algorithm is a mathematical process used to recover the original data from a modulated signal.

The demodulation circuit in a radio receiver plays a critical role in extracting the audio signal.

Demodulation is crucial in satellite communication to recover the transmitted information.

Engineers use sophisticated demodulation techniques to achieve high-speed data transmission rates.

The receiver circuit performs demodulation to extract the transmitted data.

The demodulation of a sonar signal is used to detect underwater objects and measure their distance.

A phase-locked loop is a type of demodulation circuit used in communication systems.

The demodulation of a modulated carrier signal is necessary for the detection of amplitude or frequency modulation.

The satellite receiver uses demodulation to decode the transmitted signals.

The demodulation of a radar signal is essential for identifying the speed and location of an object.

The signal processing circuitry includes demodulation components.

The radio receiver circuit is responsible for demodulation, which converts the modulated signal back to the original signal.

Demodulation of the radio signal is done using a demodulator.

Demodulation is the process of separating the baseband signal from a modulated carrier signal.

The process of demodulation is critical for satellite communication, where signals can be attenuated and distorted during transmission.

In digital signal processing, demodulation is used to recover digital data that has been modulated onto a carrier signal.

Demodulation is an important process in radio communication.

The performance of demodulation is dependent on the quality of the carrier signal and the characteristics of the modulation scheme used.

The demodulation process of an FM radio signal is different from that of an AM signal.

The demodulation of a signal is a crucial step in wireless communication systems.

The demodulation circuit converts the modulated signal into an audio signal.

The demodulation of a TV signal is necessary for clear picture quality.

The receiver first amplifies the received signal and then applies the demodulation process to get the original message signal.

An important aspect of satellite communication is the demodulation of the received signal.

The radio receiver uses a demodulation technique to convert the frequency of the transmitted signal.

Modern GPS systems use advanced demodulation to receive satellite signals.

Demodulation is an essential step in the analysis of EEG signals.

The demodulation of a digital signal is crucial in digital communication systems.

The process of demodulation is critical in ultrasonic testing of materials, where the ultrasonic signals are demodulated to detect any flaws in the material.

The sound we hear from a speaker is a result of the demodulation of an audio signal.

The effectiveness of wireless charging depends on the demodulation of the magnetic field.

The digital signal processor carries out the demodulation of a digital signal in a wireless network.

The demodulation of a television signal is necessary for separating audio and video components.