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Digital-peak-detector
- 数字峰值检测，基于msp430单片机的电压峰值检测，可加入LCD显示波形，具有峰值记录功能-Digital peak detector, based on the peak voltage detection msp430 microcontroller, LCD display can be added to the waveform, with peak record
DTMF
- 基于DSP的DTMF产生与检测 C语言编程，包括产生与峰值检测。-DSP-based DTMF generation and detection of C language programming, including the generation and peak detection.
0750657731RadarSystemsB
- Radar Systems, Peak Detection and Tracking is a good book for understand radar theory and impliment in DSP
fuduji
- 幅度的计算，本质为峰峰值的检测，用单片机测信号的峰峰值。-Rate calculation, in fact, the peak detection, using single-chip test signal peak.
peak
- This code helps to find the peak detection of in receiver system.
signal-analyser
- 使用msp430f2618，整形电路以及峰值检测电路做的信号分析仪，能实现测频，测峰值以及测有效值功能！整个工程都上传了（IAR环境）-Use msp430f2618, plastic circuit and peak detection circuit do signal analyzer, can realize frequency measurement, the peak and the effective value function!
MSP430g2553_adc_peak
- MSP430软件方式实现正弦信号的峰值检测-The MSP430 software, sine signal peak detection
voltage_test
- 利用msp430g2553进行电压，无需峰值检测电路-Using the voltage msp430g2553, without a peak detection circuit
zz
- 强噪声背景下弱信号检测，采用平衡式取样积分电路。包含电路原理，基于IAR的msp430f149的DDS脉冲程序和峰值检波程序，检波方法：sqrt(Acos^2+Asin^2)-Strong noise weak signal detection, the use of balanced sampling integrator circuit. Contains circuit theory, based on the IAR msp430f149 of the DDS program pulse
demand-number
- 检测一个正弦波峰值个数，大于某个固定值时报警。-Detection of a sine wave peak number, greater than a fixed value alarm.
code
- 自己写的TMS320F28335代码，内含DA、AD、液晶驱动、峰值检测、频率采集等程序，供参考-TMS320F28335 write their own code, containing DA, AD, LCD driver, peak detection, frequency acquisition procedures for reference
saopin_saveV2
- 在FPGA中利用DDS的原理实现了扫频功能并使用高速的AD采集数据，同时完成了数字峰值检波，并配合高速DA实现数据的输出-Use DDS principle in the FPGA to achieve the sweep function and use of high-speed data acquisition AD, while the completion of the digital peak detection, and with high-speed data output DA
zyl_Peak_test
- 波形峰值检测程序,使用msp430 f5438 单片机-Waveform peak detection program
18省赛电流检测
- 本设计详细介绍了一种基于单片机的非接触式传感的电流信号检测装置设计方案及实现方法。该系统主要由功率放大电路，电流信号检测装置，电流检测分析电路，ADC模块，显示模块构成。由任意波信号发生器产生的信号经功率放大电路驱动后，通过导线连接10Ω电阻负载，形成一电流环路。用漆包线绕制线圈制作电流传感器以获取电流信号，再将此信号送入ADC转换模块，经过STM32F103单片机运算处理，得到电流信号的峰峰值及频率，再通过OLED显示屏显示出来。该设计采用非接触式传感的电流信号检测装置，很方便的测出电流信号值