搜索资源列表
MCU_teaching
- 不错的单片机方面的资料，里面既有教程，也有相应的汇编源代码，肯定会有所收获-good the information, both inside Guide, a compilation of a corresponding source code, it will definitely gain
070117new
- 一个调整ADC gain offset 的程序，在里面你可以看到，如何通过Myson的MCU编写小系统。-an adjustment ADC gain offset procedures, the inside, you can see that Myson how to prepare the small MCU system.
oscilloscope
- 单片机通过DA对信号采样，然后在液晶显示波形。 功能：采集数据、存储并Y路输出。扩展：A,B路选通，单次/连续触发方式切换， 锁存当前波形，垂直方向增益，垂直方向移动波形-microcontroller through DA sampling of the signal, then the LCD wave. Functions : data collection, storage and Y output. Expansion : A, B channel switching, singl
HistogramVC
- // // Histogram Sample // This sample shows how to use the Sample Grabber filter for video image processing. // Conceptual background: // A histogram is just a frequency count of every pixel value in the image. // There are various well-
ADT7758T.rar
- AD7758的有效值计算，有效值偏移量的补偿，有效值增益校正方法,The AD7758 RMS calculation, RMS offset compensation, RMS gain correction method
AD603-TL5615
- 基于51单片机的，通过DA TL5615输出电压，控制宽带高增益压控放大芯片AD603的放大倍数。放大倍数由DA输出电压与AD603的另一固定的参考电压之差共同决定-Based on 51 single-chip, through the DA TL5615 output voltage, control voltage-controlled high-gain broadband amplifier chip AD603 magnification. Magnification with th
AD779xQuestions.rar
- AD779x 系列产品常见问题解答AD7798/AD7799均为适合高精度测量应用的低功耗、低噪声、完整模拟前端，内置一个低噪声16位/24位Σ-Δ型ADC，其中含有3个差分模拟输入，还集成了片内低噪声仪表放大器，因而可直接输入小信号。当增益设置为64、更新速率为4.17Hz时，AD7799的均方根（RMS）噪声为27nV，AD7798的均方根（RMS）噪声为40nV.,AD779x products FAQ AD7798/AD7799 are high-precision measuremen
ad7705.rar
- 一个模拟仪器公司的ad7705的应用。时钟为2.4576Mhz晶振，采用单极性输入，增益位1，自校准。转换后在lcd1602上以0.01的精度显示以便用万用表测试。,An analog device company s ad7705 application. Clock is 2.4576Mhz crystal, using unipolar input, gain-bit one, self-calibration. Conversion after lcd1602 displayed on
AGCAD603zidongzenyi
- 自动增益放大原程序代码，给予需要的人提供方便。-Automatic gain amplification of the original code to give people in need with ease.
AD7710
- AD7710开发可用代码 24位的AD采样芯片 ，不丢失码 非线性度为0.0015％ 双通道可编程增益前端 增益范围为1 到128 差动输入 低通滤波器，截止频率可通过编程设置 校准系数可读写 具有串口的双向微控制器 可选择内外基准参考电源 可提供单端或者双端补偿 功耗低（一般为25mW），还有待机模式（一般为7mW）-AD7710 24-bit code, the development of AD can sample chips, do no
ADC-CHAFEN
- 利用C8051F系列单片机 内部AD资源，对外部输入的差分电压信号，进行模数，转化，并进行增益放大-C8051F MCU use AD internal resources, external input differential voltage signal, the modulus, transformation, and amplification gain
DSO
- 文章介绍了如何应用AVR单片机ATmega16做为核心，加上前端信号调理电路程控增益放大器，及波形显示LCD（GDM12864A），实现一个简易示波器的硬件和软件设计。-This paper describes how to use AVR Singlechip ATmega16 as the core, together with the front-end signal conditioning circuit programmable gain amplifier, and the wav
DigitalStorageOscilloscope
- 文章介绍了如何应用AVR单片机ATmega16做为核心，加上前端信号调理电路程控增益放大器，及波形显示LCD（GDM12864A），实现一个简易示波器的硬件和软件设计。-This paper describes how to use AVR Singlechip ATmega16 as the core, together with the front-end signal conditioning circuit programmable gain amplifier, and the wav
FuzzyGainSchedulingofCoupledPIDControllers
- Fuzzy Gain Scheduling of Coupled PID Controllers
kfilter
- function [k,s] = kfilter(A,C,V1,V2,V12) function [k,s] = kfilter(A,C,V1,V2,V12) KFILTER can have arguments: (A,C,V1,V2) if there are no cross products, V12=0. KFILTER calculates the kalman gain, k, and the stationary -functi
Automatic-gain-amplifier
- 自动增益放大器程序，还有用到的器件的说明与资料！-Automatic gain amplifier program, there are instructions to use the device and data!
Wind-Turbine-Control-System
- 风力发电控制系统设计(英文经典)，介绍了原理、模型和控制环路设计-Wind Turbine Control Systems Principles,Modelling and Gain Scheduling Design
STM32-Common-variable-gain-amplifier
- 通用可变增益放大器，放大器的增益可设为四档：0.10—1.00，1.0—10.0，10—100，100—1000，程控DAC8043实现。-Common variable gain amplifier, the amplifier gain can be set to fourth gear :0.10-1 .00,1.0-10.0,10-100,100-1000, programmable DAC8043 implementation.
Program-controlled-gain-amplifier
- msp430f149应用 ads7886 可控增益放大器编程-msp430 ads7886 Program controlled gain amplifier
AUTO-GAIN
- 本人编写的自动增益程序，平台为MSP430G2553，题目原型为2014TI杯电赛题目，AD采样峰值，利用模拟开关分量程精确计算控制，DAC7811数控信号的增益，很好的实现了部分题目要求，输出信号稳定，误差小-I write procedures for automatic gain, platform for MSP430G2553, subject prototypes for 2014 ti cup electricity, AD sampling peak, using analog