The phase of the in-phase signal is shifted to provide a second signal and the phase of the quadrature signal is shifted to provide a third signal.

The received signal r(t) is divided into an In-phase signal (I) and Quadrature- phase signal (Q).

The separation unit separates the digital magnetic resonance signal into an in-phase signal and a quadrature-phase signal.

A superhet receiver receives an FM radio-frequency signal, converts the input RF signal to an in-phase IF signal and an IF signal in phase quadrature to the in-phase signal, and outputs the IF signals.

This filtering also equalizes the in-phase signal by converting the quadrature distortion components in the recovered quadrature signal into reinforcing signal components in the in-phase signal.

The encoder (56) generates both an in-phase and a quadrature signal based on the data signal.

The processor may generate the calibration parameters by measuring an average power of the in-phase signal, an average power of the quadrature signal; and a correlation between the in-phase signal to the quadrature signal.

The in-phase signal is sampled and quantized producing an in-phase sample stream, and the quadrature phase signal is sampled and quantized producing a quadrature sample stream.

POSITIVE FEEDBACK—Feedback in which the feedback signal is in phase with the input signal.

The first coupler (26) produces an in-phase signal and an out-of-phase quadrature signal.

The system generates an in-phase signal that include the unphase-shifted local oscillator signal and a phase-shifted Doppler frequency-shifted signal.

The filter processing unit performs a filtering process for noise removal on the in-phase signal and the quadrature-phase signal

26% of the public receives a signal in phase and with a spatialized image.

The CTL provides a baseband signal having in-phase and quadrature signal components.

The invention relates to a receiver for a quadrature-modulated signal, which can be divided into an inphase signal (I) and a quadrature signal (Q).