Q.4 (i) With the help of a suitable circuit diagram, define 'slew rate' for an operational amplifier. (ii) Figure Q.4(a) shows a basic comparator circuit with its transfer characteristic (V. vs V;)....

Q.4<br>(i) With the help of a suitable circuit diagram, define 'slew rate' for an operational<br>amplifier.<br>(ii) Figure Q.4(a) shows a basic comparator circuit with its transfer characteristic<br>(V. vs V;). Based on the figures, write the comparison of Vref to Vi, to produce<br>+Vo and –Vo.<br>V<br>+V<br>Osat<br>ref<br>V.<br>ref<br>-Vosat<br>Vcc<br>Figure Q.4(a)<br>2OLO MALAYSIA<br>

Extracted text: Q.4 (i) With the help of a suitable circuit diagram, define 'slew rate' for an operational amplifier. (ii) Figure Q.4(a) shows a basic comparator circuit with its transfer characteristic (V. vs V;). Based on the figures, write the comparison of Vref to Vi, to produce +Vo and –Vo. V +V Osat ref V. ref -Vosat Vcc Figure Q.4(a) 2OLO MALAYSIA

Jun 11, 2022

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Q.4 (i) With the help of a suitable circuit diagram, define 'slew rate' for an operational amplifier. (ii) Figure Q.4(a) shows a basic comparator circuit with its transfer characteristic (V. vs V;)....

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