2.82 Design a Miller integrator that has a unity-gain frequency of 10 krad/s and an input resistance of 100 k. Sketch the output you would expect for the situation in which, with output initially at 0 V, a 2-V, 100-μs pulse is applied to the input. Characterize the output that results when a sine wave 2 sin 104t is applied to the input.

82 - 2.82 Design a Miller integrator that has a unity-gain frequency of 10 krad/s and an input resistance of 100 k. Sketch the output you would expect for the situation in which, with output initially at 0 V, a 2-V, 100-μs pulse is applied to the input. Characterize the output that results when a sine wave 2 sin 104t is applied to the input.

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images - 2.82 Design a Miller integrator that has a unity-gain frequency of 10 krad/s and an input resistance of 100 k. Sketch the output you would expect for the situation in which, with output initially at 0 V, a 2-V, 100-μs pulse is applied to the input. Characterize the output that results when a sine wave 2 sin 104t is applied to the input.

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