Equivalent-Circuit Model for High-Capacitance MLCC Based on Transmission-Line Theory PROJECT TITLE :Equivalent-Circuit Model for High-Capacitance MLCC Based on Transmission-Line TheoryABSTRACT: This paper provides a modeling methodology for prime-capacitance multilayer ceramic capacitors (MLCCs) based on the transmission-line theory. To model the high-capacitance MLCC comprised of hundreds of thin layers, a distributed equivalent circuit is modified to a transmission-line circuit. Less complicated models for MLCCs are demonstrated employing a continued fractions approximation from the transmission-line input impedance equation. A second-order model predicts MLCC characteristics up to the primary self-resonant frequency, and a fourth-order model corresponds additional accurately to the MLCC behavior up to 100 MHz. Likewise, model parameters are extracted using the measured impedance and physical dimension data while not optimization. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest CMOS RF Transmitter Using Pulsewidth Modulation for Wireless Smart Sensors Development of Wafer-Level Warpage and Stress Modeling Methodology and Its Application in Process Optimization for TSV Wafers
