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Technical Article Design and Optimization of Silicon Carbide Schottky Diode January 10 2020 by Alex Cui This article highlights WeEn Semiconductors WeEn NXPSC0465 device for design and optimization of Silicon Carbide (SiC) Schottky Diode
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Together with optimization tools efficient techniques for power estimation are required both as an absolute indicator that the circuit's consumption meets some target value and as a relative indicator of the power merits of different alternatives during design space exploration Power analysis of CMOS circuits
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Design Optimization and Implementation for RF Energy Harvesting Circuits Abstract: A new design for an energy harvesting device is proposed in this paper which enables scavenging energy from radiofrequency (RF) electromagnetic waves Compared to common alternative energy sources like solar and wind RF harvesting has the least energy density The existing
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Presents a method for optimizing and automating component and transistor sizing for CMOS LC oscillators We observe that the performance measures can be formulated as posynomial functions of the design variables As a result the LC oscillator design problems can be posed as a geometric program a special type of optimization problem for which very efficient global optimization
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A second complication is that in real life the inductors and capacitors always include parasitic resistances and reactances which need to be considered in the optimization of the matching components together with the effect of the circuit layout i e the connecting lines and nearby metallization of the PCB near the matching components
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This paper details the Particle Swarm Optimization (PSO) technique for the optimal design of analog circuits It is shown the practical suitability of PSO to solve both mono-objective and multiobjective discrete optimization problems Two application examples are presented: maximizing the voltage gain of a low noise amplifier for the UMTS standard and computing the
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This POF characterizes the best trade-offs between previously selected objectives for a given inductor topology and working frequency These trade-offs can be used by the designer for design space exploration The POF generated in this optimization can also be used in the context of bottom-up design methodologies for circuit design (see Fig 10
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Basic circuits are then composed to form macro elements such as multipliers where the reader acquires a unified view of architectural performance through par allelism and circuit performance through careful attention to circuit-level and layout design optimization Topics in analog circuit design reflect the growing tendency for both analog
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Low Noise Amplifier Design and Optimization IV 1 CMOS LNA Design and Optimization Overview Low Noise Amplifier (LNA) is the most critical part of a receiver front end in term of the receiver performance Many circuits with different configurations have been proposed for LNA in different applications After choosing proper circuit for LNA
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In our project we explore two different circuit design optimization techniques We first implement the steepest descent algorithm to exemplify some of the basic concepts in circuit network optimization The resistors of a simple DC network are optimized to meet a desired output voltage An optimization is also performed on a simple RC low-pass
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A circuit breaker is widely used to protect electric power system from fault currents or system errors in particular the opening mechanism in a circuit breaker is important to protect current overflow in the electric system In this paper multibody dynamic model of a circuit breaker including switch mechanism was developed including the electromagnetic actuator system
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An electronic circuit consists of various electronic components like resistors capacitor diodes and transistors connected by a wire through which current flows in the circuit The electronic circuit design is generally designed on a breadboard first (prototyping) that helps the designer for modification and enhancement of the circuit
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A circuit breaker is widely used to protect electric power system from fault currents or system errors in particular the opening mechanism in a circuit breaker is important to protect current overflow in the electric system In this paper multibody dynamic model of a circuit breaker including switch mechanism was developed including the electromagnetic actuator system
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In order to design power efficient and area optimized 1-bit reverse comparator area and power factors are significantly decreased as contrast to CMOS at 5V supply voltage As schematic of circuit design depicted only 18 transistors used to implement proposed circuit design using GDI technology Transistor count is highly optimized as compare to
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In this paper we propose a simulation-based evolutionary approach for designing low noise amplifier (LNA) integrated circuits (ICs) Based on a genetic algorithm (GA) the Levenberg–Marquardt (LM) method and a circuit simulator the simulation-based evolutionary approach is developed for design optimization of LNA circuits
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MunEDA's products and solutions enable customers to reduce the design times of their circuits and to maximize robustness reliability and yield MunEDA's solutions are in industrial use by leading semiconductor companies in the areas of communication computer memories automotive and consumer electronics
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4 1 Optimization Process When a circuit breaker detects the fault current or system errors the opening mechanism in the circuit breaker starts from the solenoid operation shown in Figure 5 Therefore solenoid model is important to develop a model for switch mechanism analysis
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4 4 Design of Differential Pairs and Current Mirrors Using the Analog CMOS Design Tradeoffs and Optimization Spreadsheet References PART II Circuit Design Examples Illustrating Optimization for Analog CMOS Design 5 Design of CMOS Operational Transconductance Amplifiers Optimized for DC Balanced and AC Performance 5 1 Introduction
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Together with optimization tools efficient techniques for power estimation are required both as an absolute indicator that the circuit's consumption meets some target value and as a relative indicator of the power merits of different alternatives during design space exploration Power analysis of CMOS circuits
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SpiceVision PRO High Capacity Transistor-Level Debugger and Viewer SpiceVision PRO takes SPICE netlists and models and generates clean easy-to-read transistor-level schematics circuit fragments and design documentation to speed up circuit design debug and optimization at the transistor-level SPICE circuits and models are the common currency of the EDA world
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Research Article Analog Circuit Design Optimization Based on Evolutionary Algorithms MansourBarari 1 HamidRezaKarimi 2 andFarhadRazaghian 1 Electrical Engineering Department Islamic Azad University South Tehran Branch Tehran / Iran
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Design Optimization of Printed Circuit Board Embedded Inductors Through Genetic Algorithms with Verification By COMSOL Multiphysics M Madsen1 J Mnster1 A Knott1 M Andersen1 1Technical University of Denmark Lyngby Denmark Abstract
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Aug 23 2018PCBA is characterized by collaboration and incorporation of CM techniques and equipment capabilities into design decisions This article discusses how designing for optimization of printed circuit board assembly is accomplished by your board design and component choices
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Design optimization is the process of finding the best design parameters that satisfy project requirements Engineers typically use design of experiments (DOE) statistics and optimization techniques to evaluate trade-offs and determine the best design Design optimization often involves working in multiple design environments in order to evaluate the effects that design
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4 4 Design of Differential Pairs and Current Mirrors Using the Analog CMOS Design Tradeoffs and Optimization Spreadsheet References PART II Circuit Design Examples Illustrating Optimization for Analog CMOS Design 5 Design of CMOS Operational Transconductance Amplifiers Optimized for DC Balanced and AC Performance 5 1 Introduction
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