Abstract This work represents a novel approach for implementing a VCO Based ADC using Current Mode Logic (CML). It primarily focuses on applicability of CML logic for building digital circuits and systems that run at very low voltages. Many ADC’s require low power, high speed with less area and delay. The need for this low […]
Abstract The need for higher data rates led researchers to propose another technique called a multiuser massive MIMO system that offers a larger bandwidth compared to the present wireless communication systems. In addition, significant improvement in communications quality of service (QOS), energy and spectral efficiencies and in the reduction of the cost is expected in […]
Abstract It is very difficult to evaluate the shape of the buried objects using Ground Penetrating Radar (GPR). In this study, 180 GPR B scan images were classified by using different classification algorithms. GPR-B scan images of objects with different shapes in various depths were obtained by using GprMax simulation program. Noise in these images […]
Abstract This paper presents an analysis and designing single patch microstrip antenna with proximity coupler fed technique at 2.40 GHz resonant frequency appropriate for wireless LAN application. The software used to simulate the patch antenna is HFSS. This antenna is fed by a 50 Ω single microstrip line feeding based on quarter wave impedance matching […]
Abstract Sliding mode control approach is recognized as one of the efficient tools to design robust controllers for complex high-order dynamic plant operating under uncertainty conditions. The main advantages of sliding mode are low sensitivity to plant parameter variations and disturbances can be completely eliminated. This paper deals with the modeling and control of simple […]
Abstract Field Programmable Gate Arrays (FPGAs) are significant in digital designs, Scientific Computing, Digital Signal Processing and Tele-communications. To use re-configurable technology in the portable applications, the devices that consume significantly less power and programmable are essential. In FPGAs, leakage power has become a major component as the technology evolves to deep sub-micron. An effective […]
Abstract Designing the speed controller for a field controlled DC motor with uncertain parameters is a challenging task. Sliding Mode Control technique is widely used robust controller design methodology that takes care of uncertain parameters. Here, in this paper, first order sliding Mode controller is designed to regulate the speed of a DC motor using […]
Abstract Designing a controller for coupled tank liquid level system under tracking conditions is a challenging task. First order sliding mode controller is designed and implemented for liquid level coupled tank system under distinct tracking signals. The proposed controller was designed by using tracking error approach. The designed non-linear controller is capable of tracking the […]
Abstract In the present days, Very Large Scale Integration (VLSI) is focused upon designing energy efficient electronic devices. These are nothing but the embedded gadgets whose core is a processor. Advanced RISC Machine (ARM) is one of the families of computer processors which have an reduced instruction set architecture. Current Mode Logic (CML) is one […]
Abstract This paper provides the proposed single phase five level inverter with Dc link Switches based on SVPWM technique. This paper focuses on improving harmonic performance of the multilevel inverter and quality of output voltage waveform compared to conventional two-level inverter. It uses two carrier wave and three reference waves which are generated fromSVPWM technique. […]