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step
- step pid with avr mikrokontroller
I2C_AT24C512
- 这是本人编写的目前所见到的最完善的AT24C512读写C源代码，适用于AVR系列单片机。可实现单字节、多字节连续读写，自动分页，全片清零。具有错误自动重复读写功能，可以抗电路的突发干扰。-It is currently being prepared, I saw the most perfect AT24C512 read C source code for AVR series of microcontrollers. Enable single-byte and multi-byte rea
fuzzy1
- fuzzy coding for an avr system
tempreturecontrol
- Temperature control system improved PID algorithm Proteus MATLAB simulation Avr mega16L MCU and using 1602 to display the temprature-Temperature control system improved PID algorithm Proteus MATLAB simulation Avr mega16L MCU and using 1602 to
AVR
- Automatic voltage regulator uncompensated and compensated case matlab simulation with results
0849308380
- avr codes to control motors
damp_avr_plus_pss
- 使用MATLAB/SIMULINK分析简单电力系统的小信号（低频振荡）稳定性，研究内容如下： 1）使用SIMULINK建立系统的仿真模型。 2）分析比较有无AVR、PSS对小信号稳定性的影响。 3）分别画出针对励磁机增益KA和PSS增益KSTAB的根轨迹图，分析总结增益KA和KSTAB对小信号稳定性影响的规律。 4）仿真在电压参考值5 阶跃变化情况下有无PSS时的转速响应。 -Using MATLAB/SIMULINK analysis of a simple po
osciloskop
- This code is for atmega8. Project is describe in AVR studio. Output signal is transfer trough serial link to matlab terminal.
1
- This model simulates the detailed model of synchronous generator. This is full order model of the machine. AVR (Automatic voltage regulator) and speed governor are also modelled. Please follow the steps 1. Run the scr ipt 2. enter the time at w
汇编
- Proteus是世界上著名的EDA工具(仿真软件)，从原理图布图、代码调试到单片机与外围电路协同仿真，一键切换到PCB设计，真正实现了从概念到产品的完整设计。是目前世界上唯一将电路仿真软件、PCB设计软件和虚拟模型仿真软件三合一的设计平台，其处理器模型支持8051、HC11、PIC10/12/16/18/24/30/DsPIC33、AVR、ARM、8086和MSP430等，2010年又增加了Cortex和DSP系列处理器，并持续增加其他系列处理器模型。在编译方面，它也支持IAR、Keil和MAT
4587a732
- It is well established that fast acting exciter with high gain AVR can contribute to oscillatory instability in power system. This type of instability is characterized by low frequency (0.2 Hz to 2.0 Hz) oscillations. This type of instability can
gwapq
- Continuous phase modulation signal (CPM) to produce, Dimensional phononic crystals FDTD method calculation examples band gap, matlab development toolbox support vector machine.
4498135
- 使用MATLAB/SIMULINK分析简单电力系统的小信号（低频振荡）稳定性，研究内容如下： 1）使用SIMULINK建立系统的仿真模型。 2）分析比较有无AVR、PSS对小信号稳定性的影响。 3）分别画出针对励磁机增益KA和PSS增益KSTAB的根轨迹图，分析总结增益KA和KSTAB对小信号稳定性影响的规律。 4）仿真在电压参考值5 阶跃变化情况下有无PSS时的转速响应。(Using MATLAB/SIMULINK analysis of a simple power system small