RELIABILITY OF THE CONTROL OF ELECTRONIC DEVICES BY LOW-FREQUENCY NOISE

The article examines the stages of input and output control electronic equipment products according to level their own low-frequency noise, namely, measurement an informative parameter its comparison with predetermined limits. It was established that for each type there is a need have methodology assessing compliance results valid characteristics effectiveness. One main parameters effectiveness all probability, which requires separate studies definition universal mechanism assessment. Therefore, task set obtain complete method probability assessment by noise. To determine probabilistic control, were investigated: measuring noise voltage, random in nature, error. measured value has confidence interval takes into account errors determination Control limits obtained, on basis analytical expressions obtained distribution within specified reliable unreliable products. Taking limit separation suitable unsuitable, proposed, contain coefficient possible error cut-off. A generalized expression evaluating minimization effect systematic factors influencing result increase efficiency