Q.3 (a) Figure Q. 3(a) shows a basic op amp circuit. (i) State current and voltage assumptions that are used to analyse the op amp circuit. (ii) Explain the function of +Vcc and -Vcc in the linear op...

Q.3<br>(a)<br>Figure Q. 3(a) shows a basic op amp circuit.<br>(i) State current and voltage assumptions that are used to analyse the op amp<br>circuit.<br>(ii) Explain the function of +Vcc and -Vcc in the linear op amp operation.<br>(iii) Give one advantage of using op amp compared to a single BJT transistor in<br>amplifier circuit.<br>+Vc<br>V+<br>I-<br>Vo<br>V-<br>- Vec<br>Figure Q. 3(a)<br>SITI NOLOC<br>

Extracted text: Q.3 (a) Figure Q. 3(a) shows a basic op amp circuit. (i) State current and voltage assumptions that are used to analyse the op amp circuit. (ii) Explain the function of +Vcc and -Vcc in the linear op amp operation. (iii) Give one advantage of using op amp compared to a single BJT transistor in amplifier circuit. +Vc V+ I- Vo V- - Vec Figure Q. 3(a) SITI NOLOC

Jun 11, 2022

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Q.3 (a) Figure Q. 3(a) shows a basic op amp circuit. (i) State current and voltage assumptions that are used to analyse the op amp circuit. (ii) Explain the function of +Vcc and -Vcc in the linear op...

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