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A two-stage Miller-compensated amplifier with cross-coupled Gm-boosting structure is presented in this paper. The proposed Gm-boosting cell is able to increase the effective transconductance of the second gain stage such that the bandwidth can be substantially increased. Additionally, the required compensation capacitor is reduced significantly when compared with the classical two-stage Miller-compensated...
A two-stage Miller-compensated amplifier with Gm-boosting (MCG) is introduced in this paper. The design involves the conventional two-stage amplifier and a proposed wide-bandwidth scalar circuit that amplifies the output signal voltage at the first stage of the conventional two-stage amplifier. The wide-bandwidth scalar circuit has very short delay so that the non-dominant pole and right-half-plane...
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