A. The amplifier shown below is constructed with auA741 opamp with R-10kg 2. It is to have (GBP) ...
A. The amplifier shown below is constructed with auA741 opamp with R-10kg 2. It is to have (GBP) of 1 MHz a closed-loop gain of 100. Assume the op-amp has a gain-bandwidth product i. Specify the value of Ro ii. What will be the gain (in both dB and actual magnitude) at 100.kHz? ii. How many cycles will the output signal trail the input signal at 100kHz Co Noh-Inverting R Op-Amp vi Curde 1. B. A transducer measures a sinusoidal signal with amplitude of +/-5 V and a frequency up to TO Hz. Superimposed on this signa! is 60-Hz noise with amplnitude of 0.5 V. It is desired to attenuate the60 HZSignaltoless than 2% of its value usingaButterworthfilter. Select a filter order to perform this task if the corner frequency is 10 Hz.
A. The amplifier shown below is constructed with auA741 opamp with R-10kg 2. It is to have (GBP) of 1 MHz a closed-loop gain of 100. Assume the op-amp has a gain-bandwidth product i. Specify the value of Ro ii. What will be the gain (in both dB and actual magnitude) at 100.kHz? ii. How many cycles will the output signal trail the input signal at 100kHz Co Noh-Inverting R Op-Amp vi Curde 1. B. A transducer measures a sinusoidal signal with amplitude of +/-5 V and a frequency up to TO Hz. Superimposed on this signa! is 60-Hz noise with amplnitude of 0.5 V. It is desired to attenuate the60 HZSignaltoless than 2% of its value usingaButterworthfilter. Select a filter order to perform this task if the corner frequency is 10 Hz.