This paper considers the low power design aspects of the digital signal processing blocks
embedded into three-phase Integrated Power Meter IC. Several optimization techniques …

This paper quantifies losses in a utility system caused by nonlinear loads. Distortion power
is considered as a quantity that reflects the best effects of the losses. These losses are …

The paper considers the architecture and low power design aspects of the digital signal
processing block embedded into a three-phase integrated power meter IC. Utilized power …

This paper presents some of the peripheral units embedded into microcontroller within
Integrated Power Meter which represents mixed signal ASIC dedicated for power-metering …

The paper considers the architecture and low power design aspects of the digital signal
processing block embedded into a three-phase integrated power meter IC. Utilized power …

Nonlinear loads introduce harmonic distortion into power grid. This produces losses and
jeopardises other consumers in the grid. Therefore it is very important to be able to simulate …

Calibration has a big impact on all the other results that Integrated Power Meter IC provides
(RMS values of voltage and current, active and reactive power and energy). Calibration …

This paper address the problem of identification and quantification of nonlinear loads at
power grid. Firstly a brief analysis of influence of the nonlinear load to the power system is …

Advanced methods for digital circuit design, based on modern nanoscale technologies, are
applied to a novel SoC microcontroller design with the industry standard 8051 instruction …

The power factor value in RLC circuits is determined by the amount of pure resistance (R),
self-inductance of the coil (L) and the capacitance of the capacitor (C). In this study, the …