Design of Carry Select Adder using BEC and Common Boolean Logic

Carry Select Adder (CSLA) is known to be the fastest adder among the conventional adder structure, which uses multiple narrow adders. CSLA has a great scope of reducing area, power consumption, speed and delay. From the structure of regular CSLA using RCA, it consumes large area and power. This proposed work uses a simple and dynamic Gate Level Implementation which reduces the area, delay, power and speed of the regular CSLA. Based on a modified CSLA using BEC the implementation of 8-b, 16-b, 32-b square root CSLA (SQRT CSLA) architecture have been developed. In order to reduce the area and power consumption in a great way we proposed a design using binary to excess 1 converter (BEC). This paper proposes an dynamic method which replaces a BEC using Common Boolean Logic.

Hybrid Renewable Energy Generation Through Incremental Conductance Mppt

The relevance of electricity generation from renewable energy sources is growing every day in the current global energy environment. The scarcity of fossil fuels and the environmental risks connected with traditional power producing methods are the main reasons behind this. The major sources of non-conventional energy are wind and solar which can be harnessed easily. A new system design for hybrid photovoltaic and wind-power generation is introduced within this study. A Modified M.P.P.T. has been proposed to strengthen productivity of this system. The proposed approach employs the Incremental Conductance (IC) MPPT technique. Under varied climatic conditions (Solar irradiance & Temperature), IC is utilized to determine the optimum voltage output of a photo voltaic generator (P.V.G.) within the photo voltaic system (P.V.) structure. The Incremental Conductance is utilized to manage the converter’s technology having boosting function. The P.M.S.G. is used to determine the maximum voltage output for varied wind flow rates in wind turbine system. Simulations are conducted in Matlab2019b to test efficacy of the proposed MPPT. The proposed scheme’s effectiveness can be supported with simulation results.

Hybrid Renewable Energy Generation Through Incremental Conductance Mppt

The relevance of electricity generation from renewable energy sources is growing every day in the current global energy environment. The scarcity of fossil fuels and the environmental risks connected with traditional power producing methods are the main reasons behind this. The major sources of non-conventional energy are wind and solar which can be harnessed easily. A new system design for hybrid photovoltaic and wind-power generation is introduced within this study. A Modified M.P.P.T. has been proposed to strengthen productivity of this system. The proposed approach employs the Incremental Conductance (IC) MPPT technique. Under varied climatic conditions (Solar irradiance & Temperature), IC is utilized to determine the optimum voltage output of a photo voltaic generator (P.V.G.) within the photo voltaic system (P.V.) structure. The Incremental Conductance is utilized to manage the converter’s technology having boosting function. The P.M.S.G. is used to determine the maximum voltage output for varied wind flow rates in wind turbine system. Simulations are conducted in Matlab2019b to test efficacy of the proposed MPPT. The proposed scheme's effectiveness can be supported with simulation results.

Utilization of Arduino Control in Mitigating the Hybrid Harmonics of DC/AC Inverter

This Paper deals with the implementation of Harmonics distortion in distribution system by using the method of hybrid of active filter and passive filters. The active filter is used to reduce the distortion present in the output. Boost converter is used to increase the voltage level. This boost converter is connected to the inverter, which is designed by using the MOSFET as a switch. In practical application the pulses for the inverter is given by using the Arduino control. By using this hybrid method, the total harmonics distortion is reduced to below the acceptable limit. Simulation for this proposed method is done by using the MATLAB simulink. Initially, fast fourier transform may found to mitigate harmonics. But emerging technologies like Arduino control is proved to simple and economical in carrying out the same task effectively.

Implementation of Linear and Nonlinear circuits using Operational Transconductance Amplifier

This paper describes implementation of CMOS based linear and non-linear analog circuitsusing operational trans conductance amplifier as the basic element. These circuits have their applications in communication and signal processing areas. In this work PSPICE is used for the simulation of various analog circuits. The corresponding results are presented.

Utilization of Arduino Control in Mitigating the Hybrid Harmonics of DC/AC Inverter

This Paper deals with the implementation of Harmonics distortion in distribution system by using the method of hybrid of active filter and passive filters. The active filter is used to reduce the distortion present in the output. Boost converter is used to increase the voltage level. This boost converter is connected to the inverter, which is designed by using the MOSFET as a switch. In practical application the pulses for the inverter is given by using the Arduino control. By using this hybrid method, the total harmonics distortion is reduced to below the acceptable limit. Simulation for this proposed method is done by using the MATLAB simulink. Initially, fast fourier transform may found to mitigate harmonics. But emerging technologies like Arduino control is proved to simple and economical in carrying out the same task effectively.