搜索资源列表
PicOnOff
- microchip单片机pic18f202的一段源代码，适合做电源控制-microchip microcontroller pic18f202 section of the source code, suitable for power control
Batterycharger
- 高功率充电机控制程序设计。将输入指令和反馈进行比较，然后进行PI运算，再乘上单位的正弦值就变成输入电流需要跟踪的对象，然后将输入电流采样后和它进行滞回比较，比较后就可以给出开关管的开关信号了-high-power charger design control procedures. Importation of instructions and feedback, then PI operation, multiplied by the flat on the value becomes sin
slaa134
- This application report describes the use of Timer_A3 to decode RC5 and SIRC TV IR remote control signals. The decoder described in this report is interrupt-driven and operates a background function using specific features the Timer_A3. Only a small
显示嚣
- 一个显示嚣控制程序，可以立即使显示器处于省电模工，用TASM32汇编的win32程序-a show clamor control procedures, can immediately display at a power-saving mode for use although the compilation process win32
xindianyuan.rar
- 利用8051单片机和DAC0832控制电源的输出从0~9.9V，并且实现0.1v的步进电压。我们先利用变压电路实现稳定的输入电压，在单片机的控制下是啊先显示和键盘的操作，直接控制DAC0832从而实现了电压的变换。可以利用手动和自动扫描来实现，能有效地控制输出电压，并且实现数化显示电压值。,The use of 8051 and DAC0832 output power control from 0 ~ 9.9V, and the realization of the step voltage
TLC549
- TLC549的初始化，TLC548/549片型小，采样速度快，功耗低，价格便宜，控制简单。适用于低功耗的袖珍仪器上的单路A/D或多路并联采样。-TLC549 initialization, TLC548/549 film-type small, the sampling speed, low power consumption, cheap, simple control. For low-power single compact instrument on the A/D or multipl
TM57PA20
- 养生壶控制程序，自动调节保温温度，保温功率及保温时间等。-The health pot control program automatically adjust the holding temperature, holding power and holding time.
wenkong
- 本系统采用凌阳十六位单片机 SPCE061A 实现温度控制，温度信号由 PT1000 和 电压放大电路提供。通过 PID 算法实现对电炉功率和水温控制。同时，具有温度数字 语音播报和显示。 -The system uses the Sunplus 16 SPCE061A the realization of single-chip temperature control, temperature and voltage signals from the PT1000 amplif
ShuMa
- PIC单片机PIC16F630写的动态数码管， 上电后，先从00跑到99再返回，反复-PIC Singlechip PIC16F630 to write the dynamics of the digital control, power, the first 00 went to 99 and then return again and again
jiekou
- 控制四相步进电机按双八拍的运行方式运行。按下开关SW1时启动步进电机，按ESC键停止工作。采用循环查表法，用软件来实现脉冲循环分配器的功能对步进电机绕组轮流加电。 要求对题目进行功能分析（四项功能：快速顺时针旋转，慢速顺时针旋转，快速逆时针旋转和慢速逆时针旋转），进行步进电机远程控制系统硬件电路设计，画出电路原理图、元器件布线图、实验电路图；绘制程序流程图，进行步进电机控制程序设计（采用8086汇编语言）；系统调试、运行，提交一个满足上述要求的步进电机控制系统设计 -Four phase
motor
- 单片机产生PWM波对电机进行调速 脉冲宽度调制(Pulse Width Modulation—PWM)是指将输出信号的基本周期固定，通过调整基本周期内工作周期的大小来控制输出功率-Single-chip PWM wave generated on the motor speed Pulse width modulation (Pulse Width Modulation-PWM) refers to the basic cycle of the output signal of a fi
address
- Its a Lamda Power Supply. Here each program illustrated how to control the equipment remotely through a RS232/RS485 Cable from a remote system. These programs are developed in LabVIEW 7.1. LabVIEW is a Product & Trademark of National Instruments(NI).
dianlilugonglv
- 电磁炉功率控制，主要采用PWM脉宽调制进行控制，汇编语言源代码-Induction power control, mainly PWM pulse width modulation control, assembly language source code
doubly-feddpc
- 双馈电机直接功率控制，该模型用于风力发电方面。-DFIG direct power control, the model for wind power generation.
power
- 开发环境keil，汇编语言源程序，MB90092 OSD字符叠加控制程序。-Development environment keil, assembly language source code, MB90092 OSD OSD control procedures.
Power
- 基于51单片机的数控电源的设计，里面设计用到的AD电压电流的采集，可以很好的学习和使用-Based on 51 single chip microcomputer numerical control power supply design, AD design used in voltage and current collection, can be very good to learn and use
12
- 本系统以单片机AT89C51为主体,由芯片插座、独立按键、74HC573驱动8位数码管显示、5V直流电源控制模块等组成。根据数字集成芯片的引脚特性以及集成芯片的真值表编写检测程序。该系统能完成14脚以内常用TTL74系列数字集成芯片的功能测试。-This system is the main body of the single-chip microcomputer AT89C51, the chip socket, independent buttons, 74HC573 Driver 8
Microgrid-Wind-Turbine
- 在Matlab中搭建的风力发电机最大功率控制系统模型 功率为10kw 可以用于风力发电微电网仿真-Build the model of maximum power control system of wind turbine In Matlab power of 10 kw wind power Can be used in micro grid simulation
sync_exciter_governor1
- PSCAD程序，自主搭建了同步发电机和简易的电力系统，用于实现电压和无功控制-PSCAD program, independent and easy to build a synchronous generator power system for implementing the voltage and reactive power control
Power-game-initialization
- LDC1000采集例程及舵机的相应控制，2016年电子设计C题，运用K60编写-LDC1000 collection routines and the response of the steering control, 2016 electronic design C title, the use of K60 preparation