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相位差可调的双通道信号发生器的设计
- 相位差可调的双通道信号发生器的设计,可以作为信号源用-phase difference adjustable dual-channel signal generator, we can use as a signal source
ucosII源码分析
- ucosII源码分析,从CPU的执行顺序来看吧,这样也许清晰一些,并且我们暂时抛弃那些Event/MailBox、信号量等元素,还是先看看作为一个OS核心的Task Schedule部分内容吧。首先从main函数开始,下面是uC/OS-II main函数的大致流程: ,ucosII源码分析,从CPU的执行顺序来看吧,这样也许清晰一些,并且我们暂时抛弃那些Event/MailBox、信号量等元素,还是先看看作为一个OS核心的Task Schedule部分内容吧。首先从main函数开始,下面是uC
csm_liu.rar
- 典型宽带信号处理方法,频率聚焦技术csm,宽带信号频率范围100-3100hz,对远场两个宽带信号源进行定位。,A typical broadband signal processing methods, frequency Focusing csm, broadband signal frequency range 100-3100hz, two pairs of far-field wideband signal source location.
简易低频信号源的设计
- 简易低频信号源的设计,简易低频信号源的设计,供大家参考,一起学习-Simple design of low-frequency signal source, the design of simple low-frequency signal source, for reference, learning together
AD9851信号发生器,带扫频
- AD9851信号发生器,带扫频,DDS信号源
QuartusIIVHDLDDS
- 基于FPGA的DDS信号源设计全部内容,可以输出显示频率-FPGA-based design of the DDS signal source of all content, you can display the output frequency
cossin
- 数字信号源,输出不同频率,相位的正余弦信号,-Digital signal source, the output of different frequency, phase is the cosine signal,
Coherentsignal-subspaceprocessing
- 这是一篇关于宽带信号源的相干信号子空间法的经典英文文章-An article about CSS English
frequentmeter
- 本设计是基于MCS-51单片机的等精度频率计。输入信号为峰峰值5v的正弦信号,频率测量范围10HZ~100MHZ ,频率测量精度为0.1 。采用1602液晶显示器显示测量结果。信号源由PROTEUS 的虚拟信号发生器产生。-The design is based on the MCS-51 microcontroller, such as frequency meter accuracy. Input signal 5v peak to peak sinusoidal signal, frequ
AD9958
- 基于AD公司的AD9958高速直接数字频率合成芯片,适合于高精度标准、非标准信号源等场合。最高工作频率:500MHz.可以调频调幅,AM,FSK,ASK 双通道输出.-AD based on the company AD AD9958 high-speed direct digital frequency synthesizer chip, suitable for high-precision standards, and so on non-standard signal source.
dds_9760_OK
- DDS信号源程序,用VHDL编的。里面可用拨码开关选择相应的功能:FM,ASK,PSK,AM(这一点实现的不是很好),但其它的很好。频率可达25M-DDS signal source, for the use of VHDL. DIP switch which can be used to select the appropriate function: FM, ASK, PSK, AM (This is not to achieve good), but other well. Frequen
TD_LMT
- TD_LMT信号源代码,主要用户后台的操作维护功能-TD_LMT source code, the main users of the background function of the Operation and Maintenance
DDS
- 用VC实现的信号源界面代码,仅仅是界面,没有应用程序-To achieve a signal source with the VC interface code, just interface, there is no application
ex2sin
- DSP系统学习资料 DSP技术及应用(陈金鹰)书中正弦信号源码-DSP systems DSP technology, learning materials and applications (Chen Golden Eagle) sinusoidal signal source book
程控信号源程序
- 基于STM8S207 AD9833程控信号源及频率计(Programmable signal source and frequency meter based on STM8S207 AD9833)
信号源频率,周期和脉宽的测量
- 信号源的频率,周期和脉宽的测量采用51汇编语言编程,实现实时分别检测信号源的频率,周期和脉宽数据,并在4位数码管上显示。系统硬件由555电路组成。系统分为频率检测模块,周期测量模块和脉宽测量3种模式,通过按键s7循环切换3种模式。处于频率检测模式,以发光二极管L1点亮指示。处于周期测量模式,以发光二极管L2点亮指示处于脉宽测量模式,以发光二极管L3点亮指示。
信号源
- 用于将芯片与单片机一起作为信号源,产生各种所需要的信号,如方波、线性调频信号、锯齿波等(Produce a variety of waveforms, Fang Bo, FM, sawtooth, etc.)
51MCU控制程序(并行)
- 利用AD9850芯片加51单片机实现DDS信号源,c语言编程(Using AD9850 chip and 51 MCU to realize DDS signal source, C language programming)
源码_DDS信号源
- 本函数信号发生器能同时产生A、B两路信号,并且两路信号能分别进行参数设置,使用【通道切换】按键进行切换,进而输出不同频率、幅值、占空比和直流偏置的信号。本信号发生器能输出的信号有方波(F)、正弦波(Z)、三角波(S)、锯齿波(J),频率范围为0.01Hz-1MHz。(The function generator can generate two signals of A and B at the same time, and the two signals can be set up separ
DSP课程设计--多波形信号发生器
- 基于DSP实验开发板(芯片:TMS320***)的低频信号源,可以产生正弦波、方波、锯齿波、三角波等常用信号,并能够进行频率、幅度的增减以及波形切换等功能。(The low-frequency signal source based on DSP experimental development board (chip: TMS320***) can generate sine wave, square wave, sawtooth wave, triangle wave and other c