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(a) An inverting amplifier uses an op-amp with an open-loop 3 dB frequency of 5 Hz. The closed-loop low-frequency gain is to be |Av f | = 75 and the closed-loop bandwidth is to be 35 kHz.
(i) What is the required value of the open-loop low-frequency gain?
(ii) Determine the feedback transfer function β.
(b) Using the results of part (a), what is the closed-loop bandwidth and closed-loop low-frequency gain if the open-loop lowfrequency gain decreases by 10 percent?
Discretization - How does the size of the differential charge elements influence your results Find E at the point (0, a/2, a), for this study. Devise a good way to represent your data to demonstrate the influence of discretization.
A non inverting op-amp circuit with a gain of 96 V/V is found to have a 3-dB frequency of 8 kHz. For a particular system application, a bandwidth of 24 kHz is required. What is the highest gain available under these conditions
Calculate the rms ripple voltage at the output of an RC filter section that feeds a 1@k load when the filter input is 50 V dc with 2.5-V rms ripple from a full-wave rectifier and capacitor filter. The RC filter section components are R = 100 and C..
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1 Determine the inductive reactance (in ohms) of a 2 mH coil for: a-DC b-60Hz c-4Khz d-1.2MHz 2 Determine the frequency at which a 1mh inductance has the following inductive reactances: a-10-ohm b-4k-ohm c-12k-ohm
When RESET is negated, it should mov e to next-numbered state only if ENABLE is asserted. However, once it reaches state S7, it should stay there unless RESET is again asserted. The DONE output should be 1 if only the machine is in state S7 and EN..
(a) Draw the equivalent circuit. (b) Determine the ohmic value of the impedances. (c) Calculate the source current in amperes and in percent if the generator operating voltage is 3.8 kV (line-to-line) and a reactance of X=125% is connected in seri..
What is Light Emitting Elements and Their Types ? Please Explain every Element and type .
Find (a) the electric susceptibility of cherry-flavored Jello, (b) the permittivity of cherry-flavored Jello, and (c) the electric flux density in cherry-flavored Jello for an applied electricfield of 1 kV/m. Assume cherry-flavored Jello is line..
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