LLC Resonant

This dataset is in support of 4 research papers submitted to "IEEE Transactions on Power Electronics" :ELLC is a very popular topology used to power many devices in medical machines,industries,TV, telecom,automotives,nuclear etc .The results contained in this dataset are graphs which give intutive idea on the control characteristics,As such no analysis tool is needed,graphs are enough.The simulation is run for 5 days ,that is, 120 hrsSeparate results at all Control Characteristicsinclude 18 graphsBode Plot - magnitude and phaseRoot Locus of Uncompensated System and Compensated SystemPole Zero Map of Uncompensated System and Compensated SystemNyquist plot of Uncompensated System and Compensated SystemNichols chart of Uncompensated System and Compensated SystemUnit-Step Response of Uncompensated System and Compensated SystemImpulse Response of Uncompensated System and Compensated SystemRamp Response of Uncompensated System and Compensated SystemParabolic Response of Uncompensated System and Compensated SystemPhase Portrait has trajectoriesFluxResonant TransformerThermal hasHeatsinkFaultVoltage hasOutputMOSFETCurrent hasOutput,MOSFET 'I' 'PI' 'PD' 'PID' 'PI_AW' 'PI with anti-windup' 'PI_IAW' 'PI with Integral anti-windup' 'PID_dof' 'SMC' 'SMC_dof' 'MPC'

本数据集为4篇投稿至《IEEE电力电子汇刊》的研究论文提供支持：ELLC是一种广泛应用于医疗设备、工业装置、电视、电信系统、汽车及核能等领域的拓扑结构，可驱动多种设备。数据集包含的图表直观呈现了控制特性，无需额外分析工具即可理解结果。仿真时长为5天（即120小时），所有控制特性下的独立结果共含18张图表：
- 波特图（Bode Plot）：幅值与相位
- 未补偿系统与补偿系统的根轨迹图
- 未补偿系统与补偿系统的零极点图
- 奈奎斯特图（Nyquist Plot）：未补偿系统与补偿系统
- 尼科尔斯图（Nichols Chart）：未补偿系统与补偿系统
- 未补偿系统与补偿系统的单位阶跃响应
- 未补偿系统与补偿系统的脉冲响应
- 未补偿系统与补偿系统的斜坡响应
- 未补偿系统与补偿系统的抛物线响应
此外，数据集还涵盖以下内容：相图（含轨迹）、磁通、谐振变压器、热学（散热器）、故障、电压（输出MOSFET）、电流（输出、MOSFET）及多种控制策略（I、PI、PD、PID、PI_AW（带抗饱和的PI）、PI_IAW（带积分抗饱和的PI）、PID_dof、SMC（滑模控制）、SMC_dof、MPC（模型预测控制））