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汇编画波形图
- 一个用汇编语言编写的画波形图,非常实用,是一个课程设计-an assembler language waveform of the painting, very practical, is a curriculum design
1234
- 多功能数字钟,、在quartus 2环境中编译通过; 4、仿真通过并得到正确的波形; 5、给出相应的设计报告 -Multifunction digital clock, in the quartus 2 compiler environment through 4, simulation through and get the correct waveform 5, gives the design report
iirsinglefnoise
- 首先提取语音信号,并对其加单频噪声,设计IIR滤波器,滤除单频噪声,显示滤除前后时域波形的对比,并播放滤除后的语音信号。-First, extract the speech signal, and add single-frequency noise, design IIR filters to filter out single-frequency noise. Display the time-domain waveform before and after filter, and pl
VB
- 本次设计的虚拟示波器的特点:使用高级语言VB设计应用程序,不仅实现波形显示,还可以对数据分析和处理。-The research of High-performance virtual oscilloscope
ASK
- 通过本课程设计使学生深入理解和掌握ASK通讯系统的各个关键环节,包括基带信号形成、调试、解调、滤波、传输、噪声对通信质量的影响等。在数字信号处理实验课的基础上更加深入地掌握数字滤波器的设计原理及实现方法。使学生对ASK系统各个关键点的信号波形及频谱有深刻的认识。-Through the curriculum design so that students understand and grasp the depth of communication systems ASK all key lin
Matlab
- 选择三个不同频段的信号对其进行频谱分析,根据信号的频谱特征设计三个不同的数字滤波器,将三路信号合成一路信号,分析合成信号的时域和频域特点,然后将合成信号分别通过设计好的三个数字滤波器,分离出原来的三路信号,分析得到的三路信号的时域波形和频谱,与原始信号进行比较,说明频分复用的特点。-Choice of three different signal-band spectral analysis carried out, according to the characteristics of the
AD
- 实验名称:A/D与D/A接口实验 实验目的: (1) 了解A/D转换器的工作原理及ADC0809程序设计方法;掌握ADC0809与80C51接口电路的设计方法。 (2) 了解D/A转换的工作原理和DAC0832的性能及编程方法;掌握DAC0832与80C51接口电路的设计方法。 实验内容: (1) 由电位器电路板分压获得模拟信号,输入到ADC0809的IN0通道,编写程序,将得到的AD转换结果保存到内部RAM中。 (2) 编写程序,使DAC0832输出正锯齿波,用示波器观
DAC0832proteus
- 0832设计的波形发生器 DAC0832proteus-a
FIR
- 绘制一段语音信号的波形并观察其频谱,用三角窗设计一个满足给定相应技术指标的FIR滤波器,对该语音信号进行滤波去噪处理,比较滤波前后的波形和频谱并进行分析。
FunctionGenerator
- 设计内容:以STAR ES598PCI单板机,开发能够输出多种波形且频率可变的函数发生器。设计要求: (1)能够输出锯齿波,三角波,正弦波,脉冲波. (2)能根据键盘命令进行波形之间的切换. (3)能对输出的波形频率进行调节。 -Design content: STAR ES598PCI single board, developers can output a variety of waveforms and variable frequency function genera
xinhaosheji
- 基于52单片机的超齐全信号波形设计,qin,有protues,protel 仿真以及原理图-Based on 52 single-chip ultra-complete signal waveform design, qin, there protues, protel schematic simulation and
波形比较
- 波形显示及界面属性设置、界面优化实例,提高UI设计水平(Waveform display and interface property settings, interface optimization examples, to improve the level of UI design)
例5-3 使用定时循环产生波形
- 使用定时循环产生波形,程序为《labview2015程序设计从入门到精通》内的例程,labview2015编译环境下编写的程序,对初学者很有用(The use of timing cycle to generate waveform, the program for "labview2015 programming from entry to master" routines, labview2015 compiler environment written procedur
6.6 综合演练-简单正弦波形
- 综合演练-简单正弦波形,程序为《labview2015程序设计从入门到精通》内的例程,labview2015编译环境下编写的程序,对初学者很有用(Comprehensive exercise - simple sine waveform, the program for "labview2015 programming from entry to master" routines, labview2015 compiler environment written proced
例6.4 提取指定的波形数据
- 提取指定的波形数据,程序为《labview2015程序设计从入门到精通》内的例程,labview2015编译环境下编写的程序,对初学者很有用(Extract the specified waveform data, the program for "labview2015 programming from entry to master" routines, labview2015 compiler environment written procedures, useful
例6-3 创建波形数据并获取其属性
- 创建波形数据并获取其属性,程序为《labview2015程序设计从入门到精通》内的例程,labview2015编译环境下编写的程序,对初学者很有用(Create waveform data and access to its properties, the program for "labview2015 programming from entry to master" routines, labview2015 compiler environment written p
Labview设计虚拟信号发生器
- 模拟多种信号的产生,频率和幅值可调,并显示波形。(A variety of signals are simulated, the frequency and amplitude are adjustable, and the waveform is displayed.)
Waveform_ Design_for_Active_Sensing_Systems
- 这是一本关于主动感知系统波形设计的专著,是Li Jian团队的力作,对MIMO雷达波形设计、MIMO通信波形设计非常有参考价值。(This is a monograph on waveform design of active sensing system. It is the work of Li Jian's team. It is very valuable for MIMO radar waveform design and MIMO communication waveform des
Matlab Code
- 这是专著主动感知系统波形设计1-7章的源代码,是Li Jian团队的力作,对MIMO雷达波形设计、MIMO通信波形设计非常有参考价值。(This is a code of chapter one to chapter seven for monograph on waveform design of active sensing system. It is the work of Li Jian's team. It is very valuable for MIMO radar wavefor
code_of_Waveform_Design
- 这是专著主动感知系统波形设计后几章的源程序代码,是Li Jian团队的力作,对MIMO雷达波形设计、MIMO通信波形设计非常有参考价值。(This is the source code of the last few chapters of the monograph on active sensing system waveform design. It is the work of Li Jian's team. It is very valuable for MIMO radar wave