This is done with a part of the radio called a detector or demodulator.

The product demodulator has several advantages over an envelope detector.

A demodulator is one of the most important parts of the receiver.

The exact structure of the demodulator is defined by a modulation type.

Sometimes a digital automatic gain control circuit is implemented in the demodulator.

Somewhere in the system, a heavy-duty demodulator kept the whole radiation mechanism safe.

As is common to all digital communication systems, the design of both the modulator and demodulator must be done simultaneously.

Moreover, it is possible to develop a demodulator which can process signals with different modulation types.

Significant conditions are recognized by an appropriate device called a receiver, demodulator, or decoder.

In this case, the circuit is sometimes called a "ring demodulator", one of many possible chopper circuits.

The signal is then forwarded to a demodulator and converted to binary format.

The receiver design has the additional advantage of high selectivity, and is therefore a precision demodulator.

The demodulator is based on the FFT with the size of 512 points.

A phase-locked loop can be used as an FM demodulator.

Alternatively, the signals could be separated using a demodulator in single sideband mode.

To the receiver, the signals of other users will appear to the demodulator only as a low-level noise.

On the receiver side a demodulator is used to detect the signal and reverse the modulation process.

A demodulator can only be used to observe a conversation between two fax modems, usually to record the image transmitted.

This was a lucky break, as it meant that a demodulator would not be needed to generate images from this tape.

An AM signal can be rectified without requiring a coherent demodulator.

The function of the demodulator is to convert the analog signal to a digital bitstream.

There are also additional components in the demodulator such as the Intersymbol interference equalizer.

The word modem stands for modulator - demodulator.

After each sampling period, the demodulator reads the next value and shifts the output signal to the new value.

Some manufactures built the CD-4 demodulator into complete four-channel receivers.