Sentence examples for incoming frequency from inspiring English sources

Both preliminary selection of the incoming frequency and adjustment of the local oscillator frequency are accomplished by variable tuned circuits consisting of inductance and capacitance.

By this way, we remove the interferences completely with a simple bandpass filter, albeit at the expense of the loss of part of the incoming frequency band, from  GHz to 10.6 GHz and from 5.15 to 5.85 GHz, which is a bandwidth of 2.7 GHz, being only 36% or equivalently 1.9 dB.

We start traversing c and for each vertex v i ∈ V c, we compute the incoming frequency f input[ v i] and the outgoing frequency f output[ v i].

Thus, activity arriving to the hippocampus at different frequencies could be reflected by the activation of graded populations of neurons, immature GC that are reliable transmitters of the incoming frequency, and mature GC that are precise at informing the beginning of the stimulus, but with sparse activity.

Thus, hippocampal inputs activate two populations of neurons with variable frequency filters: immature cells, with wide‐range responses, that are reliable transmitters of the incoming frequency, and mature neurons, with narrow frequency response, that are precise at informing the beginning of the stimulus, but with a sparse activity.

The half-width frequency band Λ 1 / 2 is the length of the frequency interval in between f res and the input frequency value at which Z ( f ) = Z max / 2, and measures the system's selectivity to incoming frequencies close to f res.

The purpose of a superheterodyne receiver is to convert the incoming RF frequency to a single frequency where most of the signal processing takes place.

The control procedure is based on the pre-knowledge of the incoming vibration frequency, and when this frequency is unknown, a very efficient prediction technique is used.

In the current study, the incoming wave frequency is set such that third-harmonic wave frequency coincides with the first tower bending mode frequency.

The first one is an application-specific integrated circuit (ASIC), which basically amplifies the incoming radio frequency (on the L1 GPS bandwidth), filters it, down-converts it from the GPS carrier frequency to an intermediate frequency of 38.4 MHz, and samples it (with a sampling rate 8.1838 MHz, which can provide up to eight samples per code chip of the modulating C/A code).

The incoming radio frequency is mixed (heterodyned) with the output of an oscillator the frequency of which is adjusted so that the difference between it and the incoming signal is constant; the result is the intermediate frequency.