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boostcon
- Boost converter in DC Supply
DCDCBuckConverter
- dc to dc buck boost converter with variable frequency
the-electronic-ballast
- 电子镇流器是将市电经整流滤波后，再经DC／AC电源变换器(逆变)产生高频电压点亮灯管。其特点是灯管点燃前高频高压，灯管点燃后高频低压(灯管工作电压)。目前最广泛使用的是具有电压馈电半桥式逆变器类型的电子镇流器。现以该类型逆变器为例，介绍电子镇流器的电路组成和工作原理。-Electronic ballast is the grid after rectifying filter, then through a DC/AC power converter (inverter) produce hig
ads8688-chinese
- ADS8684 和 ADS8688 分别为 4 通道和 8 通道集成数据采集系统，它们基于 16 位逐次逼近 (SAR) 模数转换器 (ADC)，工作时的吞吐量可达 500kSPS。 这些器件提供了用于各输入通道的集成模拟前端电路（过压保护高达 ±20V）、支持自动和手动两种扫描模式的 4 通道或 8 通道多路复用器、以及低温度漂移的片上 4.096V 基准电压。 采用 5V 单模拟电源供电时，器件上的各输入通道均可支持 ±10.24V、 ±5.12V 和 ±2.56V 的实际双极输入范
ThreePhase_ACDCAC_PMWconverter
- matlab code for Three-Phase AC-DC-AC PWM Converter
DC_h_DC_l_voltage_control
- DCDC转化器，可以将高压直流转化为低压直流，并且实现电压可控，可以用于蓄电池充放电-DCDC converter can be converted to low-voltage DC high voltage direct current, and voltage controlled to achieve, can be used for battery charging and discharging
buck-and-a-full-bridge-converters
- It is a simulation project implementation of a buck converter connected to eighty ohm load which bucks or steps down the input voltage to obtain a lower voltage for the load. the second simulation is a full bridge converter which consists of two legs
parallel_battery_SC_boost_converter
- 电池与超级电容的混合储能装置，电池由于功率的限制，主要由超级电容向线路上提供功率。-The circuit illustrates a simple hybridization of a supercapacitor with a battery. The supercapacitor is connected to a Buck/Boost converter and the battery is connected to a Boost converter. Power of the bat
JSWTTCDWQ
- 本设计是以TI公司的MSP430G2553和LDC1000芯片为核心设计的一个金属物体探测定位器。采用MSP430G2553单片机作为系统控制处理器，LDC1000电感/数字转换器评估板作为金属物体探头对硬币及铁环进行探测，当检测到硬币或铁环时单片机通过反馈信息控制小车不动而实现定位。同时，运用PWM直流电机调速技术，完成对小车运动速度和运动方向的控制，并用蜂鸣器和发光二极管进行声-光显示是否探测到硬币或铁环。整机使用单电源同时对电机部分、芯片部分、显示部分进行供电。-The design is
Electrical-Simulation
- 交直交PWM变换器,无刷直流电机驱动，MosFet变换器，基于MATLAB/Simulink平台编写-AC-DC-AC PWM converter，Brushless motor Drive,Mosfet converter
V2I7-IJERTV2IS70630
- 20 pulse converter for AC to DC rectifier
Analysis-of-HVDC-converters
- 本文基于宁东直流输电工程的实际设备的数据,在PSCAD/EMTDC中建立了包含换流器、换流变压器、直流滤波器、交流滤波器和无功补偿设备、平波电抗器以及直流输电线路的模型,并按照CIGRE直流输电系统基准模型的典型控制方式,建立了初步的直流输电三级控制结构,并分析了控制逻辑中PI环节参数的选择问题：基于BPA仿真模型中的元件模型与参数,在PSCAD/EMTDC中建立了山东电网500kV动态等值之后的交流系统模型,包括发电机、励磁机、调速器、电力系统稳定器、变压器、负荷以及输电线路等设备的模型,利用
PCS
- 储能变流器的恒功率以及直流侧储能电池的恒压和横流控制-Storage converter constant power and constant voltage DC-side storage batteries and transverse flow control
zlsjy
- 直流降压－升压斩波变换电路，multisim仿真。-DC buck boost chopper converter circuit, Multisim simulation.
Thstribution-Static
- This paper presents the modeling and implementation of a three-phase DSTATCOM (Distribution Static Compensator) using STF (Self Tuning Filter) based IRPT (Instantaneous Reactive Power Theory) control algorithm for power quality improvement. It is
CERN-THESIS-2013-274
- A feature of this topology is the significant second harmonic component of the current that circulates among the phase legs and mainly increases the losses. Secondly, the sizing process for the module capacitance and the arm inductance is describ
JPEG_Codec
- This a JPEG codec with AC/DC Huffman entropy coding, 4:2:0 Sampling, RGB/YCbCr converter. 2D-DCT and Quantization is included in the JPEG_Main. There also a Huffman table list in .txt, two sample testing picture and the bitrate-PSNR , Compressi
MULTIPULSE-CONVERTERS
- This paper discusses the impact of using 3-phase and multipules converter circuit commonly found in unity power factor at input AC mains and regulates output voltage.3-phase thyristor rectifiers have been used in industries for obtaining a variable
harans
- 基于AVR单片机的电力谐波分析系统本设计采用ATMEL公司的ATmega32L单片机完成一个电能质量检测系统。电压信号经过变压器隔离降压，幅值较低的交流信号再通过运算放大器构成的加法器变成可供A/D转换电路转换的直流信号。单片机使用内部的定时器每1/3200秒对电压信号采样一次，用片内自带的10位精度A/D转换器对每周波的电压信号采样64个点后，进行FFT运算，FFT的运算过程采取查表法进一步提高运算速度，分析出小于21次的各次谐波的含量，并计算出电压信号的有效值(RMS)，将谐波分析结果通过R
241SVM-Feedback-Linearization-Control-of-Three-le
- This paper presents a nonlinear control scheme for back-to-back High Voltage Direct Current (HVDC) system based on feedback linearization control, using three-phase three-level voltage source converter. The design of the proposed nonlinear controller