11HC_BaiTap04

说明：  银行排队系统的VHDL程序实现，可以实现排队顾客自动取号，查看前面排队人数，银行服务柜台号等。(Bank queuing system VHDL program can be achieved automatically check its customers lined up to view the queue in front of the number of its banking services, such as counters.)

在无线通信中使用跳频技术是军事通信中最主要的抗干扰手段之一, 而如果系统中能使用合适的中心频率可以快速跟踪跳频变化的带通滤波器将可以明显改善系统的抗干扰性能。文中从实际应用出发, 比较了几种可用于实现带通滤波器快速变频的方案, 选择了简单、实用的开关电容阵改变带通滤波器中心频率的方案(The use of frequency hopping in wireless communication technology is the most important anti-jamming in military communications, one of the means, and if the system can use the appropriate center frequency can be fast-tracked changes in frequency-hopping band-pass filter will be able to significantly improve the system anti-jamming性能. This paper from the actual application, the comparison of several band-pass filter can be used to achieve the rapid conversion of the program, choose a simple, practical switched capacitor array to change the center frequency of band-pass filter program)

无刷直流电机结构图，用visio画的，可以粘贴到论文中(Brushless DC motor structure diagram)

应用MATLAB实现连续信号的抽样与重构仿真 1. 掌握利用MATLAB分析系统频率响应的方法，增加对仿真软件MATLAB的感性认识，学会该软件的操作和使用方法。 2. 掌握利用MATLAB实现连续信号采用与重构的方法，加深理解抽样与重构的概念。 3 . 初步掌握线性系统的设计方法，培养独立工作能力。 4. 学习MATLAB中信号表示的基本方法及绘图函数的调用，实现对常用连续时间信号的可视化表示，加深对各种电信号的理解。 5. 加深理解抽样对信号的时域和频域特性的影响；验证信号与系统的基本概念、基本理论，掌握信号与系统的分析方法。 6. 加深对抽样定理的理解和掌握，以及对信号恢复的必要性；掌握对连续信号在时域的抽样与重构的方法。 (MATLAB)

该论文对动基座初始对准问题进行了研究，包括大失角下初始对准；内杆臂效应分析与补偿 ；整周期采样对姿态解算精度的影响；经典的圆锥误差运动补偿等方面，具有较强 的 研究价值，值得推荐！(This paper studied the dynamic initial alignment problem, including the loss of large angle alignment; analysis and compensation of lever arm effect sampling; influence on attitude calculation accuracy; coning error motion compensation and other aspects of the classic, has strong research value, worthy of recommendation!)

交错并联功率因数校正方案，从TI官方网站上下的(Interleaved power factor correction schemes, down from TI' s official website)

微弱信号的时延估计论文，详细介绍了微弱信号的提取，采用MUSIC方法进行时延估计(Weak signal delay estimation papers)

太阳能MPPT算法及matlab仿真结果(MPPT for Hybrid Energy System Using Gradient Approximation and Matlab Simulink Approach)

battery NiMH Charging

演示电路板DC2064A是基于高效率双向多节电池的电池组平衡器LTC3300-1和多节电池的电池组监视器LTC6803-2设计的。(Demo board DC2064A is based on high-efficiency two-way multi-cell battery pack balancer LTC3300-1 and multi-cell battery pack Monitor LTC6803-2 design.)