This paper presents a linearisation technique which aims to cancel out the third order distortion of a CMOS triode transconductor due to the mobility reduction effect of the conversion transistors. The transconductor consist of a parallel operating voltage and current biased differential pair. It is realised in a 0.8pm CMOS process. Simulation results, obtained with state-of-the-art MOS models,...

in this paper, we investigated the necessity and effects of optimal control methods in the stability and performance of a micro-grid that operates in islanded mode. the micro-gird is consisted of a combine heat and power (chp), a capacitor bank (cb), photovoltaic panel (pv) as power generation sources. in addition, battery and the building electricity and thermal load are placed on the load sid...

A new low-power design method based on multiple low swing internal voltage values is proposed in this paper. It can be applied in logic circuits, which are designed with different logic family techniques such as Complementary Pass Transistor Logic (CPL), Domino Logic and Cascade Voltage Switch Logic (CVSL). The goal of this method is the reduction of the circuit power dissipation, with only a n...

The ever-increasing penetration of intermittent renewable resources in low-voltage power grids necessitates efficient operational strategies for voltage regulation as well scheduling the available resources. In this paper, a risk-aware Volt/VAR support framework followed by real-time reinforcement learning controller is presented three-phase distribution systems. stochastic stage, legacy regula...

Voltage scaling has been often used for reducing power dissipation of CMOS driven interconnects. An undesired effect observed due to voltage scaling is increase in propagation delay. Thus a trade off lies between power dissipation and propagation delay with voltage scaling. However, voltage scaling can result in overall reduction of power delay product (PDP). Therefore, their lies an optimized ...

This paper describes a new design for direct sliding mode method with a high switching frequency using the PD-PI type sliding surface applied to a negative output Luo converter worked in continuous current mode for applications required constant power source such as aerospace applications, medical equipment and etc. Because of the output power and line changes, the converter model is also nonli...