Examples of 'homodyne' in a sentence
Meaning of "homodyne"
Homodyne refers to a type of receiver in telecommunications that measures the signal's amplitude and phase. It is used in communication systems to extract information from modulated signals
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- Pertaining to two waves which originate from a single radiation source, or have exactly the same frequency.
- To combine two waves of identical frequency.
How to use "homodyne" in a sentence
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homodyne
Microwave detection is based on homodyne or heterodyne technologies.
Homodyne receiver for cable television converter.
This provides an ideal homodyne coherent detection.
A homodyne receiver is furthermore subjected to other types of noises.
This trick is called balanced homodyne detection.
Homodyne and heterodyne techniques are commonly used in thermoreflectance techniques.
This type of detection is known as homodyne detection.
If homodyne receivers are used the frequency shifters would be omitted.
This approach is sometimes referred to as a homodyne operation.
Homodyne receivers are well known for use in radar applications.
Fluctuations in vacuum energy measured through homodyne detection.
Homodyne detection was one of the key techniques in demonstrating quantum entanglement.
This receiver is for example of the homodyne type.
Homodyne detection technique.
Optical homodyne technique.
See also
None of those publications discloses a step of reading data by homodyne detection.
For homodyne detection the optical sources are combined unshifted in wavelength.
The noise of the outgoing field is measured using a homodyne detection setup.
A homodyne detection setup allows us to realize the quantum tomography of the created photonic state.
Quantum measurements on such a system can be performed using homodyne and heterodyne detectors.
The invention also relates to a homodyne oscillator comprising a HBAR resonator as defined above.
A method and apparatus for canceling the transmitted signal in a homodyne duplex transceiver.
However, the standard homodyne method suffers from a strong bandwidth limitation.
The interferometer 5 is mounted in homodyne detection mode.
Homodyne oscillator comprising a HBAR resonator defined according to claim 1.
It is a radar with beam-formation by computation with homodyne reception.
The obtained states are mesured by a homodyne detection with a pulse-shaped local oscillator.
The receiver therefore implements a pulse-mode homodyne detection.
In accordance with the invention, homodyne detection is then performed to recognize the bit.
The current figure is a non-limiting example of a homodyne receiver.
For instance, the homodyne type architecture is based on a direct conversion of the RF frequency.
According to an embodiment of the present invention, the homodyne detector comprises,.
The homodyne transceiver of claim 7 further comprising,.
One notable example is in the tomography of light, known as optical homodyne tomography.
The signal-to-noise ratio is compared with a homodyne detection of the type described hereinbefore.
FIG . 3 makes it possible to understand the intensity obtained with homodyne detection.
A block diagram of the camera using a homodyne detection mode is shown in FIG . 3.
In a homodyne receiver, this results in worse DC-carrier performance.
Amplifier circuits 16 are therefore advantageously incorporated into the homodyne reception chain.
They are applied to the homodyne detection device 36 in pulse mode.
In other embodiments other receivers such as super-regenerative, superheterodyne and homodyne receivers may be utilized.
Homodyne detection and / or balanced detection can also be performed to improve the signal-to-noise ratio.
A receiver according to claim 1, that is a homodyne type receiver.
The homodyne receiver 7 to 10, coupled to the beacon reception channel, demodulates the signal.
A device according to claim 1, wherein the receiver is a homodyne receiver.
A prior art homodyne receiver 10 is illustrated in Figure 1.
The signal transmitting / receiving device 41 is conventionally based on a homodyne structure known per se.
The signals received by the aerial 6 pass through the circulator 5 and arrive at a homodyne receiver 7.
The detection unit 120 may take the form of a diode detector, a homodyne detector or a heterodyne detector.
The oscillator 12 provides a ' local oscillator ' input to the mixer, which operates in a conventional homodyne manner.
