High-quality receivers will use dual conversion where one mixer produces ... If you want a nice overview of the superheterodyne that isn’t too technical, check out the video below.

The superhet is still widely used. Dual-conversion and triple-conversion versions solve the image and selectivity problems that occur. 1. Standard receiver architectures include superheterodyne (a ...

Since then, until quite recently, the Superhet design has been at the heart of a majority of commercial radio receivers. Direct Conversion Receivers were devised around 1930, but required ...

The modulation of the signal is not affected in this frequency conversion process. Armstrong's superheterodyne receivers were revolutionary in 1923. They were so sensitive they could be used with a ...

The receiver integrates the AD9652 dual 16-bit A/D converter ... I/Q demodulator to implement a direct conversion or zero IF architecture in which just one frequency translation is required, compared ...

Along with the homodyne receiver, direct conversion was one of the earlier methods of building radios, both of which were superseded by the superheterodyne approach. See superheterodyne receiver.

Second order distortion For a conventional superheterodyne receiver, third order distortion is dominant, which may be in-band, depending on the frequencies of the interfering signals. For direct ...

Communications receiver architecture has evolved ... gain IF amplifiers just prior demodulation. The superhet is still widely used. Dual-conversion and triple-conversion versions solve the image ...