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zhenyuxiandepufenxixi
- 正余弦信号的谱分析 数字信号处理方法的一个重要用途是在离散时间域中确定一个连续时间信号的频谱,通常称为频谱分析,-Cosine signals are digital signal processing method of spectrum analysis is an important use is in the discrete time domain to determine a continuous-time signal spectrum, commonly referred to
adaptive_heterodyne
- 自适应外差滤波器matlab代码:采用调制技术,控制正余弦信号对准干扰的频率,将输入的干扰搬移到的低频进行滤波,滤波处理后的信号再经过一次调制搬移到原来的频率位置,这样我们就得到了合适的干扰复制信号,再将输入信号和干扰复制信号进行差分运算达到抑制干扰的目的-Adaptive heterodyne filter matlab code
CORDIC_sin_cos
- 基于Verilog语言的cordic算法,算出正余弦的值-Based on the Verilog language cordic algorithm, calculate is cosine value
MajlorCalculator
- java 计算器 带正余弦、、待扩展,能实现键盘输入-java calculator with is cosine, to be expanded, to achieve keyboard input
CCS-dsk
- TMS320C6711 a/d-d/a板例子程序,包括EDMA和正余弦波的DA输出-TMS320C6711//EDMA
signalmatlab
- 典型的信号以及matlab实现,适用于初学者,里面有正余弦信号等基本信号。-A typical realization of the signal and matlab for beginners, there are sine and cosine signals and other basic signal.
MFCsin
- MFC 单文档画正余弦函数图像 MFC 单文档画正余弦函数图像-mfc sin cos mfc sin cos sin cos
Calculator
- 一款用C++实现的计算器,提供比较齐全的计算功能。还能切换一般计算和科学计算。包括sin.cos.正余弦的计算。-C++, using a calculator, to provide more complete computing. Can switch the general computing and scientific computing. Including sin.cos. Is the cosine of the calculation.
ddsforsinandcos
- 利用VerilogHDL调用MATLAB产生的数据实现基于DDS技术的正余弦信号发生器,输出位宽为16。-Using the data generated VerilogHDL call MATLAB implementation is based on DDS technology cosine signal generator, the output is 16 bits wide.
DDS
- DDS数字频率合成的verilog代码,附有正余弦查找表等-DDS digital frequency synthesis verilog code, with a cosine look-up table, etc.
cepinji
- 能够测量一定范围的信号频率,方波,正余弦信号。-Can measure a range of signal frequency, square wave, sine and cosine signals.
The-transformer-measures-a-design
- 提供正余弦激励信号给旋转变压器,输出一争先信号,根据相位变化测量定转子角位移。-The transformer measures a design
my_calculator
- 基于C#2010的多功能计算器,加减乘除,百分号,正余弦等功能的科学计算器,带日历等-Based on C# 2010 multi-function calculator, addition, subtraction, percent sign, sine and cosine functions of the scientific calculator with calendar
gmsk
- gmsk调制信号的产生,包括求解相位、正余弦表的量化、眼图的产生以及相位路径图的产生-gmsk modulated signal generation, including the solving phase, sine and cosine tables to quantify eye map generation and the generation of phase
matlab-gmsk
- 基于matlab和vhdl的通信原理gmsk调制算法,主要包括GMSK相位路径的计算,GMSK眼图的仿真以验证相位计算的正确性,正余弦表的量化及bin文件的生成,以及用VHDL硬件语言所描述的基于EPM7128的地址逻辑.-Matlab and vhdl based on the principle gmsk Modulation of communication, including GMSK phase path calculation, GMSK eye diagrams of the s
test2
- 可用于计算FFT 源码中已经写好主要的正余弦转换函数-can used to compute fft
figure_sin_cos
- 打印正弦、余弦图像,用基本的C语言来描写的,一般课堂都会讲到的。此程序可以按要求打印正余弦图像-Print sine, cosine image, with the basic C language to describe the general classroom will be mentioned. This procedure can be required to print an image is cosine
jisuan
- 利用java编程,实现简单的计算器功能,包括加减乘除,开方,乘方,正余弦-The use of java programming, a simple calculator functions, including addition, subtraction, square root, power, sine and cosine
Correlation-filter-testing-platform
- 可以实现正余弦,方波相关滤波功能,并可以观察原理误差,测量恒带宽特性,研究低通滤波器与带宽的关系,是一个综合性模拟实验平台-Can achieve positive cosine, square wave correlation filter function, and can observe the principle error, measured bandwidth characteristics constant, low-pass filter with the bandwidth o
GM4854
- GM4854C 300MHz12 位I/Q 双通道DDS GM4854C 是一款 I/Q 正交型数字频率合成器,工作频率最高可达300MHz。内部集成 两路高速、高性能的12 比特DAC,输出正交的正余弦波形。芯片内部包括一个48 比特宽 的相位累加器,一个48 比特宽的频率累加器,一个14 比特宽的相位调整加法器,一个12 比特宽的幅度调整乘法器,能够提供高精度的频率合成、相位调整以及幅度调整。- GM4854C 300MHz12 位I/Q