搜索资源列表
vgacolor
- vga编程。实现3种模式的vga控制，分别产生横彩条，竖彩条，棋格彩条的显示-vga programming. Realization of the three-mode vga control, generate horizontal color of the color of the shaft, and the chess grid color of the show
CJQ-V1.0-fpga
- 主要实现采集电网信号的功能，源码包括控制AD7606进行AD转换，其次实现FT3数据的传输，包括转为曼彻斯特编码-Collecting grid signal to achieve the main function, including control of AD7606 source for AD conversion, followed by the realization of FT3 data transmission, including to Manchester encoding
SN1602WK
- 使用TC0C与FP00中断测量温度,----获得成功!数码管在主程序显示,没有抖动!2 个端口独立上下限控制输出.芯片: SN8P1602B-SOP18脚,电容器104,传感器50K,标准电阻4K7.50格分度 两路控制说明：均为:温度＜下限值控制=高电平.温度≥上限值控制=低电平.两路控制各使用自己的上下限来控制.设置上下限分别闪烁显示0H,0L,1H,1L.这是一个很成功的温控程序,仅仅1K空间做出来 4 个上下限值的控制. 校验和:1E09,使用空间908剩余空间115 47K+4
CJQ-V1.0-fpga
- 主要实现采集电网信号的功能，源码包括控制AD7606进行AD转换，其次实现FT3数据的传输，包括转为曼彻斯特编码-Collecting grid signal to achieve the main function, including control of AD7606 source for AD conversion, followed by the realization of FT3 data transmission, including to Manchester encoding
EasyArm1138
- 这是一个基于EasyARM1138开发板的项目，实现的是对电网中谐波信号的远程监控。-This is a development board based on EasyARM1138 project is the realization of the power grid in remote monitoring and control of harmonic signals.
N4
- 在六位数码管上显示一个来回移动的光标， 光标的移动速度是固定的，约为250ms移动 一格-In the six digital control display back and forth movement of a cursor, the cursor movement speed is fixed at approximately 250ms moving a grid
VGA_Ctrl_VHDL
- 使用VHDL在Quartus II环境下实现对VGA接口显示器的控制，显示单色屏、彩条、棋盘格等。-The use of VHDL in the Quartus II environment to realize VGA interface display control, display monochrome screen, color bars, checkerboard grid and so on.
dcbuscontrol
- This code is used in the grid connected inverter. This will control the dc bus voltage to a level you want.
Int_Sliding-DFIG
- Abstract—An integral sliding-mode direct torque control(ISM-DTC)scheme with space-vector modulation for wind-energycon-version systems based on doubly-fed induction generators(DFIGs) underun balanced grid voltage is proposed.
DFIG
- Abstract— This paper introduces an advanced monitoring and diagnosis system for the detection of incipient electrical faults in doubly fed induction generators used in wind turbines. In this application, the rotor is supplied by a static converter
ELE
- 双馈电机变速恒频发电原理 通过对风力机转速的控制，可以实现最大功率点跟踪，尽量多地吸收风能；而调节无功功率可以控制向电网输出的功率因数，也可提高风电机组及电网系统的动、静态运行稳定性-VSCF doubly-fed electrical power through the principle of wind turbine speed control, maximum power point tracking can be achieved as much as possible to a
display
- 摘要本实验室的理解和实现一个简单的由内而外的光栅视频显示。由于填写此实验室,你就应该欣赏一下一个光栅视频显示工作。你的设计将显示一个50x40网格上的文字8x8标准光栅显示和接受输入改变用户控制下面显示的人物。-The objective of this lab is to understand and implement a simple character-based raster video display. As a result of completing this lab, you
df_grid
- 基于saber电源仿真软件的DC-AC简单并网控制电路-Simulation software based on saber power DC-AC grid simple control circuit
ylvga
- 实现vga显示控制器的基本显示，其中有基本横竖彩条显示模式，彩色方格模式，小鱼自主控制移动模式，且背景颜色可由用户输入更换。显示良好，状态转移可控。-Vga display controller to achieve the basic display, including basic color of the horizontal and vertical display mode, color grid pattern, self-control fish movement patterns
SVG--key-technologies
- 摘要：SVG控制算法的选择直接决定了 SVG无功补偿装置的性能 介绍了在 SVG控制算法实现过程中的三项关键技术，包括电网相位的实时计算 负载无功电流的实时计算和无功电流补偿的实时控制-Abstract: SVG control algorithm will determine the choice of SVG performance of reactive power compensation device control algorithm described in SVG implem
TM1620
- 驱动共阴LED数码屏做时钟显示，可由按键控制时钟暂停，开始，停止以及显示0-9数字-1628 is an LED Controller driven on a 1/7 to 1.-/8 duty factor. Eleven segment output lines, six grid output lines, 1 segment/grid output lines, one display memory, control circuit, key scan circuit are all i
EP1C3_12_3_VGA
- vga彩条信号显示控制，能实现方格彩条，横竖彩条-vga color bar signal control, to achieve grid color, horizontal and vertical color bar
mn4op8.ZIP
- 电网对称故障下基于activecrowbar双馈发电机控制Symmetrical grid fault based on activecrowbar doubly-fed generator control-Symmetrical grid fault based on activecrowbar doubly-fed generator control
333
- 弱电网下储能电池能量回馈系统自适应并网控制策略-Under weak power grid energy storage battery energy feedback system with adaptive grid control strategy
Control-of-VSC-HVDC-for-wind-power
- North of Norway has extremely good conditions for wind power generation. As the existing main grid will not be able to integrate all the wind parks, the alternative to build a new corridor with multi-terminal HVDC Light North of Norway to Middle