Explore: Synchronous Detection

Synchronous detection preserves any phase information originally present in the modulating signal. With the exception of SECAM receivers, synchronous

transmitter power, they require more sophisticated receivers employing synchronous detection and regeneration of the carrier frequency. For that reason, standard

receiver design that demodulates the incoming radio signal using synchronous detection driven by a local oscillator whose frequency is identical to, or

for SSB signals, which can be used to understand effects such as synchronous detection of SSB. Shifting the baseband signal 90° out of phase cannot be

started in Moscow, and in 1970 Altai service was used in 30 USSR cities. Synchronous CDM (code-division 'multiplexing', an early generation of CDMA) was implemented

Mercury are moreover in synchronous rotation. (Mercury is tidally locked, but not in synchronous rotation.) The most successful detection methods of exoplanets

and the gated flux rate of change with respect to time. Phase synchronous detection is used to extract these harmonic signals from the sense winding

method for providing high frequency (world band) receivers with synchronous detection technology. The Belar system was used in limited number of stations

bridge Ethernet hubs. Here FB abbreviates FiberBackbone. Due to the synchronous operation of 10BASE-FB, delays normally associated with Ethernet repeaters

analog tuners. Solid state components minimized frequency drift. Synchronous detection improved audio fidelity and stability. And miniaturization of components