m signal

According to application much function block is fixed and fabricated in 0.6 μ m mixed signal CMOS process .

根据应用系统确定了保护芯片所需功能模块，然后采用0.6μm混合信号CMOS工艺制作。

The SSF performances of 15 bit M coded signal are simulated in computer .

并以15位M编码为例，对SSF的处理性能进行仿真分析。

The RF interface circuits are taped out in UMC with 0.18 μ m mixed signal process .

射频接口电路采用UMC0.18μm混合信号工艺流片验证。

The Power Spectrum Analysis of a M-Channel Δ M PSK Signal and Its Application in the Determination of the Main Specifications of a Directional - Filter Duplexer

M路增量调制移相信号的频谱分析及其在确定定向滤波双工器主要指标中的应用

Rectangular and Hexagonal Sampling in M - D Signal Processing

多维信号处理中的矩形取样与六角取样

M Channel Multiresolution Signal Decomposition

信号的多通道多分辨分解

Firstly , the mathematical model of M sequence BPSK signal and M sequence is analyzed , and a program of M sequence generator is given .

首先分析了M序列BPSK信号的数学模型以及M序列的数学模型，给出了一种M序列的计算机产生程序；

An embedded real-time prediction method for VLSI hot-carrier degradation is presented , and its corresponding test circuit is designed based on 0.18 μ m CMOS mixed signal technology .

提出了一种VLSI热载流子退化的嵌入式实时预测方法，并在0.18μMCMOS混合信号工艺下完成了预测电路设计。

Using the inverse M pseudo-random series signal , the least-square method , the auxiliary variable algorithm , the model reference self-adjustment algorithm and the off-line i-dentification , the linear mathematical model for a large-scale vacuum soldering furnace has been established .

利用逆M伪随机序列信号，选用最小二乘算法、辅助变量算法及模型参考自适应算法、离线辨识，建立大型真空钎焊炉数学模型的过程。给出了最终确立的线性数学模型。

Application of M Sequence Pseudo Random Signal in Process System Indentification

M序列伪随机信号在过程系统辨识中的应用

Acoustic vector sensor direction estimation based on M sequence phase modulation signal

基于M序列调相信号的矢量水听器方位估计

BOC ( m , n ) Signal Generator Based on DDS and Its FPGA Implementation

基于DDS的BOC（m，n）信号发生器及其FPGA实现

The pool experimentation result of acoustic vector sensor proves that even if the multipath effect is serious , it still can obtain high direction-finding precision using the M sequence phase modulation signal .

矢量水听器的水池试验结果证明：在多途效应比较严重的情况下，采用M序列调相信号利用以上方法进行方位估计仍可取得较高了测向的精度。

Besides , we use interpolated Doppler compensation algorithm to compensate the Doppler frequency sidelobe for Barker code and M sequence with different signal to noise ratio . Then we calculate the peak sidelobe level and sidelobe level points .

然后介绍了二相编码信号的多普勒补偿技术，接着用内插多普勒补偿算法对不同信噪比的巴克码，M序列的多普勒频移给予补偿，以及计算峰值旁瓣电平和积分旁瓣电平。

By constructing special digital signal sequences , the relation of the number of levels of zero-crossing points and the M value of MPSK signal was analyzed , and the phenomenon that different phase difference modes correspond to different levels of zero-crossing points was discussed in detail .

通过构造特殊的数字序列，分析了小波系数过零点分层数与MPSK信号的电平数M的对应关系，详细讨论了MPSK信号不同的相位跳变模式与过零点层次性的内在联系。

By using M sequence and invert-repeated M sequence as excitation signal , simulator is divided into the linear dynamic part and the nonlinear static part .

通过M序列和逆M序列激励信号，将转台运动模型分解为线性时变和静态非线性两部分，其中非线性部分为时不变系统。

1.57 μ m coding laser resource can produce 1.57 μ m coding laser signal , which uesed for examining the targets of the main technology performance and the ability of the signal identification .

1.57μm编码激光源产生1.57μm编码激光信号，用于检测激光侦察告警设备的主要技术性能指标和信号识别能力。