tingchechangfa

以双向DC-DC变换器为例，通过双向控制模型的分析，采用PID 补偿环节的单电压闭环实现了BDC系统闭环稳定。(Bi-directional DC-DC converter, for example, through the analysis of the two-way control model, the single-voltage closed-loop PID compensation link to achieve a the BDC system closed-loop stable.)

飞行控制经经典教材，给出了很多模态的控制率设计和很多飞机的线性化模型，是很值得参考的飞行控制教材(flight control)

本压缩包 包含 任务书、论文以及答辩ppt，虽说是课程设计，但是按照毕业设计书写，内容充实 本次课程设计主要是对象湖变的电网进行保护整定，对d1至d6共6个地方进行了最大方式与最小方式运行情况下的短路电流计算。计算完短路电流后，对L1至L5共5条线路进行电流保护整定。但是由于线路较短，线路阻抗较小。经计算后均不适合三段式电流保护。所以采取了纵联差动保护作为主保护，定时限过电流保护作为后备保护。对于变压器，采用纵联差动保护与气体保护共同作为主保护，过负荷保护作为后备保护。(The curriculum design is the object variable grid lake protection setting of D1 to D6, 6 places for the maximum and minimum operation mode under the condition of short-circuit current calculation. Calculation of short-circuit current after the end, L1 to L5 a total of 5 lines of current protection setting. But because of shorter lines, line impedance is small. The calculations are not suitable for three phase current protection. So take a longitudinal differential protection as the main protection, timing and limiting current protection as a back-up protection. For transformers, using longitudinal differential protection and gas protection as the main protection, overload protection as a back-up protection.)

说明：  单回路整定，主要对象为锅炉汽水系统，所运用的方法为三冲凉控制。(Single-loop tuning, the main target for the boiler water system, the method used for the control of the three showers.)

太阳能电池充放电控制器电路图，LM317，过压比较(Solar battery charge and discharge control circuit)

GPIO_KeyInterrupt of arm!Its can save a lot of your time !(GPIO_KeyInterrupt of arm!Its designed by my team and can save a lot of your time !)

Running Text Display..

sobel vi in labview.this might help or give some basic idea about it.

组合电路测试中的D算法论文2，便于大家习D算法相关的内容!(Combination of circuit testing algorithm D thesis 2, easy to learn U.S. D algorithm relevant content!)

本文实现了光缆监测站自动监测终端设备的设计方案，通过嵌入式硬件系统和软件的协同工作，该监测设备能够对通信光缆进行在线实时监测，并且能够实时探测到通信光缆的故障点，方便了通信光缆的维护工作。该系统在业务板卡的设计，以及CAN控制通信总线的使用都增强了设备的兼容性和系统的可扩展性，并且增加了环境监测单元来自动调节环境温度，以保证系统安全可靠运行。(This automatic monitoring stations to achieve a fiber optic terminal equipment design, through the embedded hardware systems and software work together, the monitoring device can communicate on-line real-time monitoring of fiber optic cable and communication cable in real time to detect the point of failure, to facilitate the communication cable maintenance. The system is in the business card design, and the use of CAN bus control communication devices have enhanced compatibility and system scalability, and increased environmental monitoring unit to automatically adjust the temperature to ensure the system safe and reliable operation.)