-Introduction (history of 741, importance of multistage amplifiers) - Behavioral analysis of each stages - DC analysis 1.Bias Stage 2.Input Stage 3.Second Stage 4.Output Stage - AC analysis: 1.Input Stage 2.Second Stage 3.Output Stage -Analysis of input and output resistances of each stage -Small signals Gain - Short circuit protection on the output stage - Analysis of Bias Current, Offset Voltage and Slew Rate -LT Spice simulation to study frequency response
-Introduzione (storia 741, importanza amplifcatori a multistadio ) -Analisi comportamentale dei vari stadi -Analisi DC 1.Bias Stage 2.Input Stage 3.Second Stage 4.Output Stage -Analisi AC: 1.Input Stage 2.Second Stage 3.Output Stage -Analisi resistenze d'ingresso e d'uscita di ogni stadio -Guadagno ai piccoli segnali -Protezione da corto circuito sullo stadio di uscita -Analisi correnti di Bias,cOffset Voltage e Slew Rate -Simulazione con LT Spice per la risposta in frequenza
Analisi e Simulazione dell'Amplificatore Operazionale 741
TONON, JOHNNY
2021/2022
Abstract
-Introduction (history of 741, importance of multistage amplifiers) - Behavioral analysis of each stages - DC analysis 1.Bias Stage 2.Input Stage 3.Second Stage 4.Output Stage - AC analysis: 1.Input Stage 2.Second Stage 3.Output Stage -Analysis of input and output resistances of each stage -Small signals Gain - Short circuit protection on the output stage - Analysis of Bias Current, Offset Voltage and Slew Rate -LT Spice simulation to study frequency responseFile | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/34281