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cn020436
- dsPIC30F 在无传感器BLDC 控制中的应用本应用笔记描述了一种完全可行且高度灵活的软件应 用，使用dsPIC30F 来控制无传感器无刷直流 （brushless DC，BLDC）电机。 此软件将dsPIC30F 外 设广泛应用于电机控制。所实现的无传感器控制算法特 别适用于风扇和泵。 程序使用C 语言编写，经过特别优 化，并附有详细的注释以便于理解和程序修改。-dsPIC30F Sensorless BLDC in control of the Application
arm电机控制
- 用A/D和PC键盘控制直流电机和步进电机的转动-with A / D and PC keyboard control DC motor and stepper motor rotation
zhiliu
- 电机是使机械能与电能相互转换的机械，直流电机把直流电能变为机械能。作为机电执行元部件，直流电机内部有一个闭合的主磁路。主磁通在主磁路中流动，同时与两个电路交联，其中一个电路是用以产生磁通的，称为激磁电路，另外一个是用来传递功率，称为功率回路或者电枢回路。-Motor is to convert between mechanical energy and power of machinery, the DC to DC motor into mechanical energy. Executive
demo
- 下面是目录介绍 ADC---------ADC模数转换实验 ASM---------汇编程序实验 ASM_c-------汇编和C语言混合实验 CF----------CF读写实验 DcMotor-----直流电机实验 DMA——-----DMA数据传输实验 GPRS--------GPRS/GSM通讯实验 GPS---------GPS全球定位实验 IDE---------IDE测试实验 IIC---------IIC读写实验 IIS--------
lpc2388+sim508
- Lpc 2378-88 mini pc - /mmc-sd/usb a,b/10-20mbit Ethernet/i2c display/ up to 36 v dc-dc/rs232/jtag/ etc/ + molex 80 pin conector/for sim 508/548 ang you have lpc2378 mini pc + gsm +gps I do hope its very interest information for community
SC46166
- SC46166是一款微型扁平封装、高效率、低压启动的升压型DC-DC转换芯片-SC46166 is a mini-flat package, high efficiency, low voltage step-start DC-DC converter chip
STM32-315McontrolLEDCAR
- 基于STM32单片机/315M无线模块控制智能小车 直流电机驱动 通过实现对LEDs 的控制，可以实现L298 （A或和B电机）的控制，达到对小车的控制（前进倒退转弯） 应用很简单，直接用L298需要的引脚接LED-Ports-Based on the STM32 MCU/315M wireless modules to control the smart car DC motor drive through the realization of the control of
smartcar_001
- 一个智能小车的程序，可以实现闭环速度控制，电机用的是直流电机-Procedures of a smart car can achieve closed loop speed control motor using a DC motor
smartcar_002
- 一个智能小车的程序，可以实现闭环控制，电机用的直流电机-Program of a Smart car, you can achieve the closed-loop control, the motor DC motor
Motor
- 基于凌阳61单片机的小车循迹程序，区分了大弯小弯，采用PWM调节方波的占空比来控制直流电机的转速。循迹用st188探头。-Based on Sunplus 61 MCU car tracking procedures, a distinction between small bend big bend, adjustable square wave using PWM duty cycle to control the DC motor speed. Traction with st188 pr
main
- 电源控制全桥逆变.这是一个通过全桥逆变DC/AC转换的控制源代码。-Full-bridge inverter power control, which is a full-bridge inverter through the DC/AC converter control of the source code.
STM32F103-SPI-W25X16-W25Q16
- 1、该例程为STM32串口1测试例程。 2、使用说明 (1)工程文件路径：.\USER\STM32-DEMO.uvprojj。 (2)请使用MDK 4.0以上版本打开,MDK版本过低会导致无法识别工程。 (3)下载调试工具为JLINK。 (4)请将串口线(两头皆为母的交叉串口线)插在板子COM1口上,并打开超级终端或串口助手，配置波特率115200，8位，一个停止位，无校验位。 (5)插上DC-5V电源、插上JLINKV8后，点击MDK工具栏中的LOAD
program2
- 这是我的ARM7课程设计，做的是线性可调直流电源，主要是AD和DA的操作可以提供借鉴。-This is my ARM7 curriculum design, do a linear adjustable DC power supply, mainly AD and DA operations can provide a reference.
hex2header
- Hey, I was going over your Electronics 101 and loving it...I just built a period correct 100W 1968 Marshall Plexi based on the 1959 circuit (I ve been on a relentless 2 year Eddie Van Halen 1 tone hunt) and now I m trying to learn more about it. Anyw
Mobaddel
- Hey, I was going over your Electronics 101 and loving it...I just built a period correct 100W 1968 Marshall Plexi based on the 1959 circuit (I ve been on a relentless 2 year Eddie Van Halen 1 tone hunt) and now I m trying to learn more about it. Anyw
battery_model
- 这是一个DCDC斩波器，并且是隔离型的，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。-This is a DCDC chopper, and is isolated and can be converted to low-voltage DC high-voltage direct current and voltage controlled to achieve, can be used for battery charging and discharging.
DC_h_DC_l_cuurent_control
- 这是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，一个DCDC斩波器，并且是隔离型的，。-This can be converted to low-voltage DC high-voltage direct current and voltage controlled to achieve, can be used for battery charging and discharging, a DCDC chopper, and is isolated type.
PID-algorithm
- C51 PID算法控制直流电机，包含增量式与位置式。- C51 PID algorithm to control a DC motor, incremental position formula contains.
RTC
- This a DC Motor Control With PWM + proteus file + c program-This is a DC Motor Control With PWM + proteus file + c program
passive_buzzer
- 无源蜂鸣器内部不带震荡源，所以如果用直流信号无法令其鸣叫，必须用2K~5K的方波去驱动它。在树莓派上实现无源蜂鸣器的鸣响(The passive buzzer does not have a shock source inside, so if the signal can not be called with a DC signal, it is necessary to drive it with the square wave of 2K~5K. The sounding of a pas