Buck Converter Steady State Error
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Steady State Error In Control System
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compensation method in application of peak current mode buck converter with fast transient responseArticle in IET Power Electronics
Steady State Error For Ramp Input
8(5) · May 2015 with 23 ReadsDOI: 10.1049/iet-pel.2014.0436 1st Yao Yunpeng8.89 · Southeast University steady state error from bode plot (China)2nd Wei-feng Sun36.31 · Southeast University (China)3rd Shen Xu4th Shengli LuAbstractA novel zero-steady-state-error (ZSSE) compensation steady state error wiki technique based on an accurate small signal model of peak current mode buck converter is proposed for optimising the microprocessors with low power consumption needing http://ieeexplore.ieee.org/iel7/4475725/7095635/07095724.pdf?arnumber=7095724 highdefinition voltage scaling. This technique eliminates the steady-state error of output voltage without negatively affecting the transient response. The main parasitic parameters of the buck converter are taken into consideration to design an excellent ZSSE compensation module; the relationships between the parameters of the compensation circuit and parameters of the other https://www.researchgate.net/publication/273494479_Zero-steady-state-error_compensation_method_in_application_of_peak_current_mode_buck_converter_with_fast_transient_response parts of the converter have been derived in this study. This technique has been implemented on a prototype. The validity of this method is shown and confirmed by test results.Do you want to read the rest of this article?Request full-text CitationsCitations0ReferencesReferences20Embedded power supply for low-power DSP[Show abstract] [Hide abstract] ABSTRACT: The use of dynamically adjustable power supplies as a method to lower power dissipation in DSP is analyzed. Power can be reduced substantially without sacrificing performance in fixed-throughput applications by slowing the clock and lowering supply voltage instead of idling when computational workload varies. This can yield a typical power savings of 30-50%. If latency can be tolerated, buffering data and averaging processing rate can yield power reductions of an order of magnitude in some applications. Continuous variation of the supply voltage can be approximated by very crude quantization and dithering: a four-level controller is sufficient to get wi
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