superheterodyne's Usage Examples:

radar operated at a frequency of 9375 ± 45 megahertz and used a superheterodyne receiver.

transform (FFT) based spectrum analyzers: A swept-tuned analyzer uses a superheterodyne receiver to down-convert a portion of the input signal spectrum to.

same effect: Find 3 sets of Amplitude Modulated (AM) Radios of superheterodyne receiver type Place set 3 radio between set1 and set 2 Set 1 and Set 2 radios.

During World War II, Allied soldiers were not allowed to have superheterodyne receivers because the Axis soldiers had equipment which could detect the local oscillator emissions.

ApplicationsLocal oscillators are used in the superheterodyne receiver, the most common type of radio receiver circuit.

transformerless audio amplifier, while the prototype is a six-transistor superheterodyne, and its audio amplifier uses transformers.

A major application of the heterodyne process is in the superheterodyne radio receiver circuit, which is used in virtually all modern radio.

in radio receivers until the 1930s, when it was superseded by the superheterodyne receiver.

widely used application of the heterodyne technique is in the superheterodyne receiver (superhet), which was invented by U.

that works by the superheterodyne principle, and controls the frequency to which the apparatus is tuned.

In a simple superheterodyne receiver, the incoming.

Edwin Howard Armstrong invented the superheterodyne receiver in 1918.

conventional superheterodyne back-end converting 3-2 MHz to 455 kHz and finally demodulating the signal back to audio.