搜索资源列表
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
OFDM_init
- OFDM信号源,可用于MATLAB仿真,做为通信系统的源输入。-OFDM signal source can be used for MATLAB simulation of communication systems as the source of input.
zhikuo
- 自已做的直扩系统的simulink仿真,包括信号源的生成,捕获与跟踪,解扩解调全过程-To do their own DS systems simulink simulation, including the signal source of the generation, capture and track the entire process of despreading demodulation
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
source_and_receive_simulation
- 信号源仿真,信号成型,4QMA调制,QPSK,阵列信号接收-source simulation,Signal shaping ,4QAM,QPSK,array signal receive
xinhaofashengqi
- 本设计以LPC2103为控制芯片,探索研究了低频信号发生器的原理和应用,设计输出频率及幅度可调,频率范围为1HZ~50KHZ的正弦波、方波、三角波、调幅波、调频波及其复合波信号,具有信号频率、波形、幅度变化容易,硬件简单可靠等特点的多功能信号源。-For the control of the LPC2103 chip design, explore and study the low frequency signal generator theory and application of des
signal_source
- 数字通信调制信号模拟系统中常见通信信号的信号源-Digital communication modulation signal simulation system common source of communication signals
mixerfft
- 快速傅立叶变换(FFT)算法硬件实现。按CTR控制板的K6键,可以显示A、B两信号源频谱,K7键实现混频显示,按K8实现键A、B两信号源分屏显示。-Fast Fourier Transform (FFT) algorithm for hardware implementation. By CTR panels K6 key, you can display A, B two source spectrum, K7 key to achieve mixing revealed by K8 achi
shuanglushuzihecheng
- 摘要 电能表作为用电量的测量工具广泛的应用于各种场合。在电能表校表系统中,需要的最基本的输入信号源是高精度双路正弦信号源,并要求可对其频率、相位、幅值进行调节,来对电能表进行校准。 基于单片机的程控信号源设计,运用数字调相、数字调幅和数字调频等技术,要求实现相位、幅度、频率的高精度程控调节。本文设计了一种利用锁相环频率合成技术和数字波形合成技术组成的程控低频正弦波信号发生器,并给出了调幅、调频、调相的实用电路,频率调节通过改变8253计数器的分频系数来实现;相位调节由51单片机预置计数器
89C51pinlvjiLCD1602
- 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-This design is based on the MCS-51 microcontroller and other precision frequency meter. 5v peak to peak input signal is sinusoidal signal,
coherent_MUSIC_release1
- 列阵信号处理中,采用MUSIC算法,解决相干信号源的方向估计。-Array signal processing, the use of MUSIC algorithm to resolve the direction of coherent sources estimate.
LMS
- 阵列信号处理中,当信号源为单频信号、干扰为单频干扰时产生的波束图-Array signal processing, when the signal source is a single frequency signal, interference for single-frequency beam pattern produced by interference
music2
- 经典MUSIC算法,只针对非相干空间信号源,原理课参考张贤达版的现代信号处理。-failed to translate
Proteus-signal-productor
- 信号发生器又称信号源或振荡器,在生产实践和科技领域中有着广泛的应用。能够产生多种波形,如三角波、锯齿波、矩形波(含方波)、正弦波的电路被称为函数信号发生器,其频率范围可从几个微赫到几十兆赫,除供通信、仪表和自动控制系统测试用外,还广泛用于其他非电测量领域。-Signal generator, also known as source or oscillator, in the field of production practices and technologies widely used.
相干源修正的music算法
- 相干源修正的music算法,用来对相干信号源进行谱估计。-The music coherent source correction algorithm, used to carry out spectrum estimation of coherent sources.
Fang_Algorithm
- Fang算法利用三个基站对信号源位置进行二维的定,是信号源无源定位的一种基本方法。本程序基于MATLAB,对Fang算法定位的过程进行了仿真。希望能对研究无源定位的同志给予帮助。-Fang base algorithm uses three-dimensional location of the source fixed, the signal source is a basic method of passive location. The program is based on MATLAB
ICA和时频方法进行声源定位
- ICA和时频方法进行声源定位的matlab程序,含源程序及介绍,调用主程序即可。
SystemVue快速使用指导
- 实验内容: ? SystemVue软件环境及使用操作简介 ? 实验一:脉冲信号源 ? 实验二:线性调频脉冲信号及脉冲压缩 ? 实验三:脉冲多普勒雷达系统仿真 ? 实验四:舰载雷达系统仿真 ? 总结(SystemVue_QuickStart_K2015_RadarN)
信号源.zip
- 用c语言通过单片机产生方波,正弦波,三角波,锯齿波。(Produce Fang Bo, sine wave, triangle wave, sawtooth wave)
stm32多功能虚拟信号分析仪
- 基于STM32多功能虚拟信号分析仪 开发语言和平台:C语言 KEIL; 基于STM32下位机源码(Multi function virtual signal analyzer based on STM32)