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This brief reports an embedded capacitor multiplier (CM) frequency compensation technique to realize an extremely compact micropower two-stage amplifier for wide capacitive load ( $C_{L} $) drivability. It features: 1) a valuable left half-plane zero to enhance the closed-loop stability over a wide range of $C_{L} $; 2) no extra bias circuit and power, as the CM is embedded into the first stage...
Proposed is a two-stage amplifier exploiting recycling current-buffer Miller compensation (CBMC). By reusing the most current-consuming devices in the 1st stage as current buffer, such an amplifier not only can preserve the merits of typical CBMC implementation in creating the beneficial left-half-plane (LHP) zero, but also can avoid the drawbacks of typical CBMC scheme from degrading the power efficiency,...
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