搜索资源列表
intelligent-cap-controller
- 智能型电容器设备说明书。针对无功补偿电力设备，提出了一种新型的解决方法-Intelligent capacitor equipment specifications. Electrical equipment for reactive power compensation, proposed a new solution
Differential-capacitor-sensor--
- 介绍关于差动电容传感器测量压强的原理和应用及一些注意事项。-Introduction of differential capacitive pressure sensor measurement principles and applications, and some caveats.
buck_boost
- buck_boost电路中电感电容的计算，等效电路的详细的推导过程，及仿真-buck_boost inductor-capacitor circuit in the calculation of the equivalent circuit of the detailed derivation and simulation
lvboqi
- 本系统用引脚可编程开关电容滤波器MAX264来实现程控滤波器，利用DDS产生精确外部时钟来实现fc在1KHz到40KHz步进可调。-The system uses pin-programmable switched-capacitor filter to achieve the programmed filter MAX264, use DDS to generate accurate external clock to achieve fc at 1KHz to 40KHz step adj
LCD
- 关于电容屏的资料。 电容屏 电容技术触摸屏Capacity Touch Panel(CTP)是利用人体的电流感应进行工作的。电容式触摸屏是一块四层复合玻璃屏，玻璃屏的内表面和夹层各涂有一层ITO，最外层是一薄层矽土玻璃保护层,夹层ITO涂层作为工作面,四个角上引出四个电极，内层ITO为屏蔽层以保证良好的工作环境。-Information about capacitor screen. Capacitive screen capacitive touch screen technology C
adtest_Udc
- 电机控制应用，完成母线电容预充电，还含有直流母线电压检测（AD采样）-Motor control applications, the completion of pre-charge bus capacitor, also contains the DC bus voltage detection (AD sample)
ICZD_C-TES
- 推荐:"集成电路振荡器及电容测量电路辑",这是使用通用集成电路做各种振荡器以及电容器测量电路的摘录单元电路资料.它与当前大量使用的单片机测量方法相比,仍然具有许多有价值的参考必要.-Recommended: " IC oscillator and the capacitance measurement circuit series" , which is done using a common integrated circuit capacitor measuring circ
Cap_Touch727.c
- 用microchip芯片实现电容触发传感源代码-Chip capacitor with a microchip sensor trigger source
Capacitor
- 电容表的源码，这个是电容表的测试源码，可能结合相关的电路图才会起作用-code
TLC549
- 当/CS变为低电平后， TLC549芯片被选中， 同时前次转换结果的最高有效位MSB （A7）自 DATA OUT 端输出，接着要求自 I/O CLOCK 端输入8个外部时钟信号，前7个 I/O CLOCK信号的作用，是配合 TLC549 输出前次转换结果的 A6-A0 位，并为本次转换做准备：在第4个 I/O CLOCK 信号由高至低的跳变之后，片内采样/保持电路对输入模拟量采样开始，第8个 I/O CLOCK 信号的下降沿使片内采样/保持电路进入保持状态并启动 A/D开始转换。转换时间为 3
ax
- 本次设计用单片机芯片AT89s52设计一个数字万用表，能够测量交、直流电压值、直流电流、直流电阻以及电容，四位数码显示。-The design of MCU chip AT89s52 design a digital multimeter, capable of measuring the AC, DC voltage, DC current, dc resistor and capacitor, four digital display.
LD7575-DS-04b[1]
- Green-Mode PWM Controller with High-Voltage Start-Up Circuit The LD7575 is a current-mode PWM controller with excellent power-saving operation. It features a highvoltage current source to directly supply the startup current from bulk cap
Program-for-the-perfect-lens
- 采用在传统传输线上周期性地加载串联电容C和并联电感L构造了一种二维负折射率传输线微波媒质，不加载L和C的传输线单元则组成正折射率传输线微波媒质，由这两种煤质构成了一个完美透镜系统。使用Bloch理论，导出了这种正负折射率媒质的色散关系和布洛克(Bloch)阻抗,并且计算出了在由点源在各个区域产生的分布电压幅度、相位- the traditional transmission line periodically loaded parallel series capacitor C and indu
capacitorer
- measure the capacitance of parallel plate capacitor
Audio-delay-control-circuit
- 输入音频控制继电器的断开与吸合，同时通过可调可调节无音频输入后继电器的延时断开的时间，可延时时间1分钟以内。更换适当电容可延时更长时间。是protel99se画的，已经过量产，欢迎下载。-The input audio control relays to disconnect and pull, adjustable relay delay to disconnect the audio input with adjustable delay time is less than one minu
d4ef13.ZIP
- Buck变换器动态过程电容充放电平衡控制策略Buck converter dynamic process of capacitor charging and discharging balance control strategy-Buck converter dynamic process of capacitor charging and discharging balance control strategy
2
- 在传统矩阵变换器和多电平逆变器的基础上,提出一种新颖的多电平矩阵变换器,介绍了其拓扑结构和工 作原理.多电平矩阵变换器的能量传递,是通过三相输入电压对中点电容充电到一个恒定直流电压而实现的.选择适 当的控制算法和电容电压,能在变换器的两侧合成低次谐波含量小且波形近似于正弦的可控输入/输出电压.对多电 平矩阵变换器进行建模和仿真,并探讨了其输出能控性. - On the basis of a conventional matrix converter and a multileve
iirdesign
- Infinite impulse response (IIR) is a property of signal processing systems. Systems with this property are known as IIR systems or, when dealing with filter systems, as IIR filters. IIR systems have an impulse response function that is non-zero over
fankuizhendang
- 本程序是基于verilog HDL语言设计的反馈震荡电路的程序。其构成的电路叫振荡电路。能将直流电转换为具有一定频率交流电信号输出的电子电路或装置。种类很多，按振荡激励方式可分为自激振荡器、他激振荡器；按电路结构可分为阻容振荡器、电感电容振荡器、晶体振荡器、音叉振荡器等；按输出波形可分为正弦波、方波、锯齿波等振荡器。-This program is a feedback oscillator circuit design based on Verilog HDL language program
xy7z.ZIP
- 基于MOS电容衬底压阻的纳米梁检测研究Based on MOS capacitor substrate piezoresistive nano beam detection-Based on MOS capacitor substrate piezoresistive nano beam detection