Sentence examples for signals suitable for from inspiring English sources

Three stable optical signals, suitable for monitoring of the nitriding process were extracted from the plasma spectrum.

Modem, (from "modulator/demodulator"), any of a class of electronic devices that convert digital data signals into modulated analog signals suitable for transmission over analog telecommunications circuits.

An extension of existing predictive controllers, capable of producing signals suitable for closed loop re-identification, is presented in this article.

The design of ternary pseudo random maximum length signals suitable for system identification under noisy conditions is considered, where the power content in the specified harmonics should be high.

The purpose of a controller is to convert high-level intent commands and information describing the current state of a system into low-level control signals suitable for maintaining or changing system behavior.

For a receiver, this "between" area includes all the filters, low-noise amplifiers (LNAs), and down-conversion mixer(s) needed to process the modulated signals received at the antenna into signals suitable for input into the baseband analog-to-digital converter (ADC).

Digital controllers allow for reading combinations of the 4 cardinal directions, by generating a digital signal suitable for any digital port to read.

The design is completed with a digital interface for computer control and an output stage to make signal suitable for cyclic voltammetry experiments.

High-level synthesis deals with the conversion of written text or symbols into an abstract representation of the desired acoustic signal, suitable for driving a low-level synthesis system.

When stable ECL probes such as ruthenium coordination complexes are used, this process can be performed several times, free of the interferences typical of photoluminescence such as the excitation light, providing a clear and stable signal suitable for highly sensitive assays.

The corresponding algorithm consists of the following steps: selection of the nonstationary parts of signal suitable for watermark embedding; watermark modeling according to the multidimensional time-frequency characteristics of the host signal; watermark embedding and watermark detection procedure within the multidimensional time-frequency domain.