Design to ensure stability often involves frequency compensation, one method of compensation being pole splitting.
2.
This is known as frequency compensation.
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The second stage of modern power amplifiers is, among other things, where frequency compensation is accomplished.
4.
Another goal of frequency compensation is to control the step response of an amplifier circuit as shown in Figure 1.
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Frequency compensation for general purpose operational amplifiers and transistor Miller integrator are examples of useful usage of the Miller effect.
6.
The adjustment of the pole separation ( that is, setting ? ) is the subject of frequency compensation, and one such method is pole splitting.
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Slewing is usually caused by the input stage saturating; the result is a constant current driving a capacitance in the amplifier ( especially those capacitances used to implement its frequency compensation ); the slew rate is limited by " i " / " C " } } . Slewing is associated with the " large-signal " performance of an op-amp.
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