this paper presents a novel method to calculate the reference source current and the referencecompensating current for shunt active power filters (sapfs). this method first calculates theamplitude and phase of the fundamental load current from a recursive algebraic approach blockbefore calculating the displacement power factor. next, the amplitude of the reference mains currentis computed with ...

[3] R. Bütikofer and P. Lawrence, “Electrocutaneous nerve stimulation—II: Stimulus waveform selection,” IEEE Trans. Biomed. Eng., vol. BME-26, Feb. 1979. [4] A. Peper and C. Grimbergen, “EEG measurement during electrical stimulation,” IEEE Trans. Biomed. Eng., vol. BME-30, Apr. 1983. [5] C. Poletto and C. Van Doren, “A high voltage, constant current stimulator for electrocutaneous stimulation t...

A novel power consensus algorithm for DC microgrids is proposed and analyzed. DC microgrids are networks composed of DC sources, loads, and interconnecting lines. They are represented by differential-algebraic equations connected over an undirected weighted graph that models the electrical circuit. A second graph represents the communication network over which the source nodes exchange informat...

Objective Preferably (in general) electronic circuitry is energized from a voltage source, i.e., a source for which ideally no current flows under open-circuit conditions. Absent the need to maintain the load current stand-by power dissipation will be minimal. In addition a DC (unipolar constant voltage) power supply virtually always is preferable over an AC supply for electronic equipment. An ...

This paper modeled heating air of a room through examining free convection in a 3D chamber. The chamber had cold and hot sources with Tc and Th temperatures, respectively. Its other walls were adiabatic. This study aimed at predicting effect of temperature difference, displacement of hot and cold sources and their aspect ratio on flow field, temperature and heat transfer rate. To conduct the st...

=AbstractSingle-stage current-source charge-pump powerfactor-correction (SS CS-CPPFC) electronic ballast employs charge-pump concept to obtain high power factor with low cost. However, the circuit has a poor lamp current crest factor and large lamp output power variation, which deteriorates the lamp life. Feed-forward and/or feedback circuit are usually used to deal with these problems at the p...