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Anti-windup_schemes_for_proportional_integral_and
- Descr iption of different configurations of anti-windup Pi controller and proportional resonant controller
FIBER
- We demonstrate a new approach to CARS spectroscopy by effi ciently syn- thesizing synchronized narrow-bandwidth (less than 10 cm− 1) pump and Stokes pulses (frequency diff erence continuously tunable upto ～3000 cm− 1) based on spec
05703132
- This paper introduces a new dc-dc converter suitable for operation at very high frequencies under on-off control. The converter power stage is based on a resonant inverter (the 2 inverter) providing low switch voltage stress and fast settling
06908261
- Comparative analysis of a resonant soft switching interleaved topology and single switch topology of a boost converter for a PV system
275-A-Loss-Free-Resistor-Based-Approach-to-Regula
- An electronic ballast, to regulate the power in an Electrodeless Induction Lamp, based on the Loss Free Resistor (LFR) concept is presented here. It consists of two stages. The first one, a boost converter, behaves like a constant power source. The s
Resonant-Controllers
- 文章讲述了PR控制器在控制系统中的离散方法-This paper represents the methods of discretizaton of PR controller.
LLC-converter-design
- LLC resonant Power Supply Design
FFT_resonant_test
- utilizing fft to test resonant frequency of hf rfid tag
capacitor-constant-current
- 针对现有电容器工频充电方式存在的不足，在综合考虑串联谐振、并联谐振、串并联谐振三种变换电路性能的条件 下，提出一种新的基于全桥串联谐振模型的电容器恒流充电优化方法。 结合电路稳态与动态性能分析，阐述了能量的具体 转化与传递过程。 仿真研究表明该充电方案可有效改善电路品质，提高电容器储能密度-For the deficiencies of the prior frequency capacitor charging exists, in considering the series res
06153061
- llc谐振拓扑参数优化设计方法，可实现宽范围的电压输出，适用于电动汽车充电机。-A Design Procedure for Optimizing the LLC Resonant Converter as a Wide Output Range Voltage Source
LLC_fullbridge_deadtime
- 建立LLC谐振变换器的仿真模型，具有良好的效果(The simulation model of LLC resonant converter has good effect.)
90W笔记本电源半桥谐振
- 该文档为90W笔记本电源半桥谐振电路设计资料。(The document is designed for the design of the half bridge resonant circuit of the 90W notebook power supply.)
谐振半桥电路原理的分析以及设计时需要注意的问题
- 关于LLC谐振半桥电路原理的分析以及设计时需要注意的问题(The analysis of the principle of the LLC resonant half bridge circuit and the problems to be paid attention to in the design)
ucc256301
- 支持超低待机功耗且具有高压启动功能的宽输入电压 LLC 谐振控制器(UCC256301 Hybrid Hysteretic Mode Wide VIN LLC Resonant Controller Enabling Ultra-Low Standby Power datasheet)
LCR-V5.5
- 大部分元件需要DIY，所以需要知道元件的参数。因为DIY的元件没有标称技术参数。比如，需要知道谐振器件、检波器件、天线、耳机、变压器等器件的电抗特性。其中，高频参数可以使用Q表解决问题，而低频参数Q表难以测定。为了解决这个问题，笔者认为LCR数字电桥能够胜任。((Most components require DIY, so you need to know the parameters element. DIY components because there is no nominal te
Design of LLC Half Bridge Resonant Converter
- TI出品，详细介绍了LLC谐振半桥变换器的工作过程及谐振腔参数的选择依据。