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RFX2401
- RFX2401一款高性能PA 用于蓝牙、WLAN、Zigbee和MIMO设计的两个高度集中单芯片及单芯片解决方案是首个RF前端集成电路(RFeICs)。RFX2401主要应用于蓝牙1级和单端口Zigbee。该芯片在BiCMOS器件中集成了功率放大器、LNA、发送和接收开关电路、相关匹配网络、以及谐波滤波器。 前端的优越性能、高灵敏度和效率、低噪音、小型化和低成本使其非常适用于需要扩展范围和带宽的应用，这种扩散可能是10x的。RFX2401具有集成功率检测电路，只需一个外接电源电容器和用
gms1
- 根据雷达信号的时宽带宽乘积为常量, 不能兼顾作用距离和距离分辨率的原理, 使含有噪声的Chirp 信号经过匹配滤波器加以检测, 并对其进行了MATLAB 仿真。-According to radar signal bandwidth product of the time constant and can not take into account the role of the principle of distance and range resolution, so that nois
pipeilvbo
- 匹配滤波器的实现。主要是通过fft变化使输出自相关最大，在通过滤波器。-Matched filter implementation. Mainly through changes in the output autocorrelation fft the largest through the filter.
CDMA
- 从多普勒载波频偏对CDMA接收 信号的影响入手，提出了分段匹配滤波器和循环累加码捕获环路相结合的方法进 行扩频码的捕获，并对该方法的性能进行了分析和仿真。 -Doppler frequency offset from the carrier signal on the CDMA receiver to start the impact of proposed sub-cycle accumulation matched filter code acquisition loop and
matched-filter-of-the-simulation
- 根号升余弦匹配滤波器的仿真。用matlab仿真基带传输的最佳接收机，使用的脉冲的跟升余弦，信号是4pam。然后接收端进行匹配滤波之后采样量化恢复原信号。-Square root ascending cosine matched filter of the simulation
CR
- 认知无线电中频谱感知的几种检测方法，能量检测、匹配滤波器检测、循环特征检测-cognitive radio
Both-chirp-signal
- 两个有一定时延的chirp信号经过匹配滤波器后的分辨力仿真-Both have a certain delay after the chirp signal after the resolution of the simulation matched filter
jidaixinhaochuanshu_pipeilvbo
- 对双极性随机二进制数字基带信号，采用不同滤波器成型后进行基带传输，观测误码率；设计匹配滤波器，观测误码率改善状况；简单比较前后的眼图。-翻译 对双极性随机二进制数字基带信号，采用不同滤波器成型后进行基带传输，观测误码率；设计匹配滤波器，观测误码率改善状况；简单比较前后的眼图。 For bipolar random binary digital baseband signal, using baseband transmission, error rate after observi
match_filter_design
- 基于MATLAB的匹配滤波器住址设计，实际应用是对信号处理中的数字下变频和脉冲压缩处理的设计仿真-The address of the matched filter design based on MATLAB, the actual application is under the signal processing of digital frequency conversion and the design of the pulse compression processing simula
chap5
- 本程序主要解决在雷达信号处理和通信过程中匹配滤波器的设计实现，对提高信噪比，提取有用信号有很大帮助。-This program is mainly to solve the matched filter in the radar signal processing and communication process design and implementation, to improve the signal to noise ratio, extract the useful signal