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university:tools:m1k:alice:desktop-sa-ba-ia-users-guide [26 Sep 2022 15:06] – [Bode Plotting Window Setup:] Doug Mercer | university:tools:m1k:alice:desktop-sa-ba-ia-users-guide [26 Sep 2022 15:09] (current) – [The Bode Plotter:] Doug Mercer | ||
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- | Bode plots (named after [[wp> | + | Bode plots (named after [[wp> |
Frequency response analysis is a critical step in the design of passive and active filters, amplifiers, and the closed-loop response of negative feedback systems. Frequency response analysis has historically been a very tedious measurement exercise using just an oscilloscope along with a sinewave function generator as the input source. It involved multiple manually-performed amplitude and phase (time difference) measurements to determine gain (A = 20LogV< | Frequency response analysis is a critical step in the design of passive and active filters, amplifiers, and the closed-loop response of negative feedback systems. Frequency response analysis has historically been a very tedious measurement exercise using just an oscilloscope along with a sinewave function generator as the input source. It involved multiple manually-performed amplitude and phase (time difference) measurements to determine gain (A = 20LogV< |