Putting this method into practice, the Bode plot is extracted from an LM317 regulator with a 100uF tantalum output capacitor, operating at 25mA load current.

This article describes how Bode plots can be used as a tool to quickly assess if your power supply design will meet the requirements for dynamic control behaviour. Power supplies normally maintain a ...

Bode plots – or frequency response graphs – are found in just about every piece of literature for high-end audio equipment. It’s a simple idea, graphing frequency over amplitude, but making ...

To make the Bode plotter work, you need to provide some source of excitation, such as the V1 source shown here. Note that it does not matter what excitation frequency you choose for that source. The ...

[Rolinychupetin] insists that his recent video is not a lecture but actually a “recitation” about Bode plots. That may be, but it is still worth a watch if you want to learn more about … ...

Bode plots are unitless on the vertical (ratio) axes. Along the horizontal axis, frequency steadily increases by a fixed percentage. Q: How are the plots used?

A Bode plot can simplify characterization of an active or a passive network by showing frequency and phase representations of the network's transfer function, T. In its classic form, a Bode plot ...

VM converter Bode plot In reviewing the large-signal transient response in part 2, the input-voltage feed-forward-type VM converter has no dependency on its input voltage or output current, so ...

I am getting rather pissed off at Excel. I keep trying to make a Bode plot with the X-axis being 5 Cycle semi-log (just a log10 axis would be alright too) and the Y-axis linear. I cannot find an ...