GIVEN by:\(V_0=\frac{-R_F}{R_i}\) -----(1)For Non inverting Op-Amp,The output is given by:\(V_0=1+\frac{R_F}{R_i}\) -----(2)Calculation:Given:RF = 105Ri = 103For inverting Op-Amp,The output can be calculated from EQUATION (1):\(V_0=\frac{-10^5}{10^3}\)V0 = - 100 ----(3)For non-inverting Op-Amp,The output can be calculated from equation (2):\(V_0=1+\frac{10^5}{10^3}\)Vo = 101 ---(4)From equations (3) and (4) we can SAY that.The MAGNITUDE of inverting and non-inverting gains are nearly the same.Hence the solution is OPTION (1).

"> GIVEN by:\(V_0=\frac{-R_F}{R_i}\) -----(1)For Non inverting Op-Amp,The output is given by:\(V_0=1+\frac{R_F}{R_i}\) -----(2)Calculation:Given:RF = 105Ri = 103For inverting Op-Amp,The output can be calculated from EQUATION (1):\(V_0=\frac{-10^5}{10^3}\)V0 = - 100 ----(3)For non-inverting Op-Amp,The output can be calculated from equation (2):\(V_0=1+\frac{10^5}{10^3}\)Vo = 101 ---(4)From equations (3) and (4) we can SAY that.The MAGNITUDE of inverting and non-inverting gains are nearly the same.Hence the solution is OPTION (1).

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A high gain OpAmp has Rf = 105 Ω & Ri = 103 Ω. The correct statement is:

Electronics & Communication Engineering Op-Amp And Its Applications in Electronics & Communication Engineering . 7 months ago

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Concept:Operational Amplifier (Op-Amp):An operational amplifier is an integrated circuit (IC) that operates as a voltage amplifier.An op-amp has a differential input. That is, it has two inputs of opposite polarity.An op-amp has a single output and a very high gain, which means that the output signal is much higher than input signal.For Inverting Op-Amp, The output is GIVEN by:\(V_0=\frac{-R_F}{R_i}\) -----(1)For Non inverting Op-Amp,The output is given by:\(V_0=1+\frac{R_F}{R_i}\) -----(2)Calculation:Given:RF = 105Ri = 103For inverting Op-Amp,The output can be calculated from EQUATION (1):\(V_0=\frac{-10^5}{10^3}\)V0 = - 100 ----(3)For non-inverting Op-Amp,The output can be calculated from equation (2):\(V_0=1+\frac{10^5}{10^3}\)Vo = 101 ---(4)From equations (3) and (4) we can SAY that.The MAGNITUDE of inverting and non-inverting gains are nearly the same.Hence the solution is OPTION (1).

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Posted on 24 Oct 2024, this text provides information on Electronics & Communication Engineering related to Op-Amp And Its Applications in Electronics & Communication Engineering. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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