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w07
- 以三端稳压集成电路LM317 为基础 ,设计了一种16 级数控直流稳压电源 ,介绍了该电源中可调电阻的选取与 实现。该电源可用 TTL 电平直接驱动 ,调整方便 ,成本低而步进精度高 ,输出电压范围大。-to three LM317 voltage regulator IC based design of a 16 NC DC Power Supply, introduced the Power adjustable resistance to the selection and imple
HT46R47_1
- HT46R47可调无刷直流马达驱动器的应用-HT46R47 adjustable brushless DC motor drive applications
PWM-SPEED-C-PROJECT-
- AT89C51 单片机L298驱动电机，控制2个12V 直流电机。求PWM 调速的C程序，电路图，电机正反转C程序，流程图-AT89C51 microcontroller L298 drive motor, control two 12V DC motors. PWM speed control of C seeking procedures, schematics, motor reversing C program, flow chart
PCB_PROJECT1
- 24v直流串励电机的驱动设计电路图，包含驱动程序，电气原理图和pcb图-24v DC series motor drive circuit design, including the driver, electrical schematics and pcb diagram
PWM
- 在直流电机的PWM驱动中，PWM频率的选择非常重要，本文章介绍如何确定直流电机驱动的PWM频率-PWM DC motor drive in the middle, PWM frequency selection is very important, this article describes how to determine the frequency PWM DC motor drive
pwm
- 直流电机驱动芯片采用Ｌ２９８．支流电机驱动就是利用ＰＷＭ脉宽控制Ｌ２９８电流输出大小，从而达到控制电机的目的-Motor Driver IC using L298. Tributaries is the use of motor-driven PWM pulse width control L298 current output size, so as to achieve the purpose of the electrical control-DC motor driver chip L2
123
- 本文介绍了基于可控电流源的高精度高细分数步进电机细分驱动方法，采用 PwM(脉冲宽度调制)和5阶巴特沃斯低通滤波器实现了双14位精度较高的DAc，用 于控制精密可控电流源的电流输出，使得励磁线圈中流经的电流为稳定的直流，实现 了步进电机低噪声，高稳定度的细分驱动运行。 -This article describes the controlled current source based on the subdivision number of high precision ste
motorcontrol
- Why do we need speed control? How is DC motor speed controlled? How is motor direction controlled? What circuits can be used? Motor speed should be independent of load. Differential d
MotorDriver
- 电机驱动，直流电机驱动设计，包括PWM电机控制原理，MOSFET管驱动技术，集成电路驱动芯片介绍-DC motor drive design, including the principles of motor control PWM, MOSFET tube drive technology, integrated circuit driver chip introduced
vbRobot_Source-code
- this a robot by At89C2051 and control in visual basic, The source code is asm code & frequnce test is in 315MHZ,drive 2 motor dc by l298.enjoy!
yibudiandongji
- 异步电动机具有非线性、强耦合、多变量的性质，要获得良好的调速性能，必须从其动态模型出发，分析异步电动机的转矩和磁链控制规律，研究高性能异步电动机的调速方案。矢量控制就是基于动态模型的高性能的交流电动机调速系统的控制方案之一。所谓矢量控制，就是通过矢量变换和按转子磁链定向，得到等效直流电动机模型，在按转子磁链定向坐标系中，用直流电动机的方法控制电磁转矩与磁链,然后将转子磁链定向坐标系中的控制量经变换得到三相坐标系的对应量，以实施控制。-Asynchronous motor with nonlin
00460
- Abstract: Randomized modulation is of increasing interest in power electronics and also holds promise for reducing filtering requirements in ac/ac, dc/dc converter application and reducing acoustic noise in motor drive applications. This paper
05625409_pulse_rectifier
- PECTRUM of the input current drawn by the electric drive from the network is affected by the used type of the input rectifier. In the case of the diode rectifier, the number of its pulses is decisive. Standard AC adjustable speed drives utili
LMD18200_[www.ic5.cn]
- 非常详细的讲述了PWM信号控制LMD18200驱动直流电机实现调速应用-Very detailed about the PWM signal control LMD18200 drive DC motor to achieve the speed control applications
DC-motor-(5)
- 关于直流无刷马达PWM控制，包括电流走向，速度反馈，结合XE164单片机的驱动器开发文档-About brushless DC motor PWM control, including the current trend, speed feedback, combined with the XE164 microcontroller drive development documents
GE2310721081
- PID Controller Based Chopper-Fed DC Motor Drive Using Fuzzy Logic
BLDCM-based-on-NIOS
- 基于NIOSII的无刷直流电机控制器设计 庄任勤 大连海事大学 硕士论文 电力电子与电力传动 2009年6月 本文介绍了无刷直流电机的工作原理，研究了无刷直流电机的PWM调制方式，实现了基于Nios软核的无刷直流电机控制系统的SOPC设计。系统硬件包括以FPGA为核心的控制电路和用于电机驱动的三相全桥逆变电路，对FPGA及其外围设备的选择和逆变电路的设计做了大量研究工作。软件设计包括在Quartusn中用vHDL语言生成的位置检测模块、电机控制模块和PID调节器的I
BLDCTestBoardPA01
- 直流无刷驱动资料blcd，stm官网上，共参考-DC brushless drive data blcd, stm official line of reference! ! !
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
blcd-220V
- 本方案是基于富士通高可靠性单片机开发的锂电池电动螺丝刀，采用直流无刷电机作为核心，配合方波驱动以及闭环控制技术，实现电动工具的可靠运行。 技术参数 1）采用日本富士通MCU，性能稳定，抗干扰强，高可靠性； 2）直流18V输入（可兼容不同锂电池10V—36V）； 3）三相霍尔直流无刷电机驱动，转速高达25000转/分； 4）采用德国英飞凌高性能MOS/IGBT，驱动功率高达800W； 5）高亮LED照明，工作时点亮，不工作时自动熄灭