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BLDC-DriveIC
- 无刷直流电机驱动电路设计 以LPC175X系列芯片设计的无刷直流电机驱动电路-Brushless DC motor drive circuit design LPC175X series of chip design brushless DC motor drive circuit
svpwmnibian
- 三相逆变电路，带三相平衡负载。采用空间矢量调制算法，采用3/2变换，在dq坐标系下进行直流侧电压，交流侧功率因数的控制。-Three-phase inverter circuit, with three phase load. Using space vector modulation algorithm, using the 3/2 conversion, in the dq coordinate system for DC voltage, AC side power factor cont
pwm-motor
- 用51单片机和L293D构成的直流电动机控制电路-With 51 and L293D DC motor control circuit consisting of
BUCK
- 三相交错式DC/DC的BUCK电路，适合初学者学习-Phase Interleaved DC/DC BUCK circuit of, for beginners to learn
STM32
- 数控直流电源，通过4*4按键输入所需电压，PWM调节BUCK电路的开关管的导通时间调节到你所需的电压-NC DC power supply via 4* 4 keypad enter the desired voltage, PWM BUCK regulator circuit switch conduction time adjusting to your desired voltage
wanyongbiao
- 针对电设题目制作的一个万用表，使用MSP430单片机制作，用1602液晶进行显示，万用表实现直流测量0-200V，通过电路制作，实现高精度，同时还能进行交流电压测量，电阻测量的多种功能-Electric facilities for the production of a multimeter topic, produced using the MSP430 microcontroller, LCD display with 1602, multimeter measurement of DC
Waveform-generator
- 采用指定芯片：NE555（时基电路）和TL082（运算放大器），±5V直流供电，设计制作一个波形发生器，能产生方波、三角波和正弦波。-Using specified chip NE555: () time base circuit and TL082 (op amp),+ 5 v dc power supply, a waveform generator design, can produce square wave, triangle wave and sine wave.
pwm
- “直流电机的转速控制”PWM控制占空比调速, pwm的程序和仿真电路我附件给你，很简单很实用，容易看懂-" DC motor speed control" PWM duty cycle control speed, pwm circuit simulation program and my attachment to you, very simple and very practical, easy to understand
dsn
- 系统由模拟电源、控制电路、数模转换电路、放大电路、显示电路等部分构成，输出0-12V电压范围，步进值为0.1V的直流电源，并且具有掉电存储等功能。-System consists of analog power control circuit, digital to analog conversion circuit, amplifier circuit, the display part of the circuit, etc., 0-12V output voltage range is 0
dcbraking
- DC dynamic braking is obtained when the stator of an induction motor running at a speed is connected to a dc supply.dc current flowing through the stator produces a stationary magnetic field.Motion of rotor in this field induces voltage in the rotor
buck_boost
- DC-DC升降压电路,主要实现升压和降压功能，采用PI电压电流双环控制-DC-DC buck-boost circuit, the main step-up and step-down function, using the PI voltage and current loop control
ANSharp150
- 一种基于ATMEGA32单片机的双路直流电机伺服驱动器，有原理图，电路板，源代码，非常实用-Dual ATMEGA32 microcontroller based DC motor servo drives, schematic, circuit boards, source code, very useful
Motor-control-by-PWM-and-simulator
- 此文件包含PWM直流电机调速程序及protus仿真原理图，电机采用H桥电路驱动-This file contains PWM DC motor speed control procedures and protus simulation schematic, using the H-bridge motor drive circuit
BAOCIZILIAOFENXI
- 建模仿真方法和过渡时间计算是磁饱和式可控电抗器研究中值得关注的2个重要问题.根据磁饱和式可控电抗器的饱和特性,通过对小斜率磁化特性的分析,找到了电抗器额定容量、额定电压、自耦比和绕组电阻之间的定量关系,明确了基于MATLAB的磁饱和式可控电抗器仿真模型参数的设置方法.通过对小斜率磁化特性的分段线性化,把从空载到满载的过渡过程分为直流磁链随时间线性增加和控制电流根据线性RL电路充电规律变化这2个过程,得到了比较准确的过渡时间计算公式.实例仿真结果说明所提分析方法简捷有效.-Modeling and
rtds-shuangguan
- 建模仿真方法和过渡时间计算是磁饱和式可控电抗器研究中值得关注的2个重要问题.根据磁饱和式可控电抗器的饱和特性,通过对小斜率磁化特性的分析,找到了电抗器额定容量、额定电压、自耦比和绕组电阻之间的定量关系,明确了基于MATLAB的磁饱和式可控电抗器仿真模型参数的设置方法.通过对小斜率磁化特性的分段线性化,把从空载到满载的过渡过程分为直流磁链随时间线性增加和控制电流根据线性RL电路充电规律变化这2个过程,得到了比较准确的过渡时间计算公式.实例仿真结果说明所提分析方法简捷有效.-Modeling and
s_Isolated_DCDC_Converter_10b
- 分析和仿真：双开关管单端正激、单端反激、推挽和全桥四种隔离型直直电路和三输出的单端反激型直-直变换器-Analysis and simulation: a single-ended forward double switch, single-ended single-ended flyback, push-pull and full-bridge circuit of four straight and three isolated output flyback DC- DC Converter
zhiliudianjitiaosu
- c51单片机制作的直流电机调速，有仿真电路，实用。-c51 microcontroller produced DC motor speed, circuit simulation and practical.
Fig6x37
- 直流PWM-M 可逆调速系统的仿真模模型在直流PWM-M系统主电路模型基础上增加了转速调节器ASR 和电流调节器ACR ，ASR 和ACR 都采用带输出限幅的PI 调节器。-Reversible DC PWM-M model simulation mode speed control system in the main circuit of the base model DC PWM-M system adds speed regulator ASR and current regulator
danpianjishukongdianyuan
- 基于51单片机的数控直流稳压电源。系统由模拟电源、控制电路、数模转换电路、放大电路、显示电路等部分，能输出0V-24V电压范围，步进值为0.1V的直流电源。 -Microcontroller-based Digital PowerBased on 51 MCU NC DC power supply. Analog system power supply, control circuit, digital to analog conversion circuit, amplifier circui
rf-amplifier-design
- 本系统由前级宽带放大模块、增益控制模块、无源衰减模块、功率放大模块和直流稳压电源模块组成，具有0~60dB范围内手动连续调节、带宽为0.3M~100MHz的功能。在前级放大中，采用两片宽带低噪声放大芯片ADA4895级联对输入信号进行放大，然后由800MHz带宽的可变增益放大器AD8368进行放大倍数调节，最后通过低噪声电流反馈运放THS3001进行功率放大，从而达到1V有效值输出。在系统设计中，采用了合理的阻抗匹配，规范的高频线路布局和有效的散热设置，并且综合考虑了去耦、滤波，以及使用同轴电缆