Soft coordination of operational devices' interaction in the environments of virtual instruments with the use of wave and quantum effects

Safyannikov, Nikolay

doi:10.1109/scm.2016.7519683

Cited by 1 publication

(1 citation statement)

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“…For the converters, implementing more complicated functions, as a rule, consisting of two or more basic demodulators, the concept of a general cycle is inapplicable. In such devices, the data spread processes are wavelike [30]. For example, the square-low function generator composed of two serially connected demodulators-multipliers has a propagation delay of the data equal to six ticks, while the input signal sampling will be done every three ticks.…”

Section: Discussionmentioning

confidence: 99%

Time-to-Voltage Converters Based on the Time-Sharing Principle

Safyannikov

Bureneva

2020

IEEE Access

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The authors offer a new approach to the creation of linear and nonlinear pulse width modulated (PWM) signal demodulators. The proposed approach is based on the time-sharing principle in feedback and feedforward circuits. The demodulators are characterized by ease of manufacturing due to the decreased need for analog element precision. The following circuits have been designed and presented: a PWM signal demodulator performing linear conversion of a PWM signal into voltage; calculating demodulators with the function of sum of products and simple fraction; and a demodulator with a fractional rational function. All these circuits are based on the principle of continuous signal averaging by the active Miller integrator with the storing of the intermediate result in an analog memory cell. The designed demodulators are investigated during modeling and full-scale experiments. The reviewed set of demodulators can be enlarged by adding similar circuits to the proposed structures with a larger number of inputs and new functional possibilities. The proposed solutions follow the modularity principle and can be used in fully integrated implementations.

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Section: Discussionmentioning

confidence: 99%