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(2) Assume using the non-ideal Op Amp with limited gain and limited bandwidth, and the transfer function is shown below. AOL = Av0(1 + jω ω0) According to the equation, please determine the gain and the bandwidth of the circuit shown in Fig. 1. (Note that the Op Amp is not ideal, so the three principles of an ideal Op Amp may not apply. ) Fig. 1 Non-inverting Amplifier

(2) Assume using the non-ideal Op Amp with limited gain and limited bandwidth, and the transfer function is shown below. AOL = Av0(1 + jω ω0) According to the equation, please determine the gain and the bandwidth of the circuit shown in Fig. 1. (Note that the Op Amp is not ideal, so the three principles of an ideal Op Amp may not apply. ) Fig. 1 Non-inverting Amplifier

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(2) Assume using the non-ideal Op Amp with limited gain and limited bandwidth, and the transfer function is shown below.
A O L = A v 0 ( 1 + j ω ω 0 )
According to the equation, please determine the gain and the bandwidth of the circuit shown in Fig. 1. (Note that the Op Amp is not ideal, so the three principles of an ideal Op Amp may not apply.) Fig. 1 Non-inverting Amplifier

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