Дослідження похибки математичної моделі аналогоцифрового перетворювача
Journal Title: Технічні вісті - Year 2018, Vol 1, Issue 47
Abstract
The paper is devoted to the analysis of errors that arise when digitizing continuous signals. When working analog-to-digital converters, a methodical error is inevitably introduced which is creating a certain range of uncertainty around the true value of the primary function. Digitization offers a number of advantages for further use, but it doesn’t have the possibility of an exact reverse recovery, especially if the source file was a random variable. Mathematically, you can achieve a minimum allowable error value.
Authors and Affiliations
О. Лещенко, А. Фішер, К. Лещенко
Keywords
Related Articles
- EP ID EP547348
- DOI -
- Views 92
- Downloads 0
Дослідження стійкості системи автоматичного керування заспокоювачем качки судна
Investigation of the stability of the automatic system management of a dipper vessel reassurance it was carried out by the method of frequency characteristics, a structural scheme was constructed, the study of which show...
Математичне та комп’ютерне моделювання у прикладних задачах
The article deals with mathematical and computer modeling in modern life and use in applied problems. Problem solving: the efficiency of using mathematical and computer modeling in applied problems, the possibility of us...
Алгоритм аналізу медичних послуг етапу “профілактика” за допомогою індикаторів якості
Formed an expanded set of indicators that characterize the quality of of medical services stage "prevention". For the optimization phase risks "prevention" of medical services is taken into account as a factor in the rel...
Електромагнітне поле і психологія
The concept of electromagnetic fields influence on psychological processes in the human brain, and vice versa are discussed in the present paper. Based on this, a biological basic of occurrence of yawning, its transforma...
Обґрунтування еквівалентної схеми заміщення елегазового вимикача надвисокої напруги
The article is presented justification of equivalent substitution scheme SF6 circuit break super-high voltage. Represented on the basis of the theory of electric circles and differential calculus proof of justice equival...