d) The table Q4 (d) shows part of the data sheet for an Op-Amp Page 4 of 7 ECE 351: Analog Electronics II Seml. 2019/202

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d) The table Q4 (d) shows part of the data sheet for an Op-Amp Page 4 of 7 ECE 351: Analog Electronics II Seml. 2019/202

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D The Table Q4 D Shows Part Of The Data Sheet For An Op Amp Page 4 Of 7 Ece 351 Analog Electronics Ii Seml 2019 202 1
D The Table Q4 D Shows Part Of The Data Sheet For An Op Amp Page 4 Of 7 Ece 351 Analog Electronics Ii Seml 2019 202 1 (450.54 KiB) Viewed 37 times
d) The table Q4 (d) shows part of the data sheet for an Op-Amp Page 4 of 7 ECE 351: Analog Electronics II Seml. 2019/2020 Academic Year Table 04(0) Parameter Value Input Impedance 1ΟΜΩ Open-Loop Gain 10 Output Impedance 1000 Gain-Bandwidth product 1.2MHZ GCP =AB=12 A = AurologA : 20 log ( ζιου Slew Rate 6V/S This Op-Amp is used in the Non-Inverting Amplifier circuit shown in Figure Q4(d). The Amplifier output saturates at +12 V. Calculate: i The voltage gain, (2 marks) ii. Its bandwidth (2 marks) iii. The two de input voltages that just causes saturation (2 marks) R: w - 1 Vo V + Figure 04(d)
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