Boosted circuit and signal output method

Abstract

The invention discloses a boosted circuit and a signal output method. The boosted circuit comprises a boosted module, a boosted control module, a ripple signal generation module and a voltage given signal generation module. The boosted control module carries out sampling on an inductance current signal of the boosted module and an output voltage signal. According to a ripple signal, a voltage given signal, the voltage signal and the inductance current signal, wherein the voltage signal and the inductance current signal are acquired through sampling, a driving pulse signal is generated. The boosted module completes a boost change to an input voltage signal under the control of the driving pulse signal and provides direct voltage signal output possessing a ripple component. Because the ripple signal generation module is newly added, the boosted module outputs a voltage signal possessing the ripple component. A backward-stage direct current/direct current link directly generates a jitter frequency effect because the input voltage signal possessing the ripple component so that an electromagnetic interference problem of a power supply system is alleviated.

Description

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AI Technical Summary

Benefits of technology

This innovation improves an electrical device called LC filter circuit used for AC-to-AC conversions (power systems). It uses two modules - one produces rippled signals based on certain parameters or changes made during operation, such as changing the duty cycle ratio between different phases of the alternating electricity source. These ripples are then amplified through another module before being sent out over wires. By generating these waves at appropriate times, it helps reduce interference from other devices connected to the same line without affecting their performance significantly. Overall this technology enhances the quality of energy transfer within the network itself.

Problems solved by technology

This patented technical solution describes how to improve the design for electronic devices like switch modems used within computer networks while reducing unwanted signals from other sources on their network's wires or cables. By adding certain features at specific points along the line between two different voltages, it helps distribute these harmful emissions over multiple frequencies without affecting any others nearby.

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