搜索资源列表
MCU_Experiment_Routine
- 单片机入门实验例程，包括LED灯滚动实验，正、逆定时器、计数器、时钟、温度控制等30余个实验的原理、操作过程及源代码-MCU Start test routine, including the LED light rolling experiment, and inverse timer, counter, clock, temperature control more than 30 experiments in the principles of operation and the sour
snake
- 使用单片机c语言编写的一个在数码管上正反流动的几段数码管，类似于蛇的爬行，开关控制蛇的停止和正逆爬行-C language using a single chip digital control on the flow of positive and negative paragraphs digital tube, similar to a snake crawling, switch control to stop a snake crawling and inverse
No.8-power-controller
- 上位机控制8路开关，可实现顺、逆开关，全开，全关，单开关。采用MODBUS通信协议。并具有掉电记忆功能-PC control 8 way switch, which can realize the, inverse switch, open, and seated, single switch. The MODBUS protocol. And has the power down memory function
Proportional-voltage-converter--
- === === === === === === === === === === === 3． 比例电压变换器 要求：利用A/D和D/A实现将A/D的输入电压反向变换的功能，即A/D的输入电压 从0-5V变化时，D/A的输出电压相应的从+5V-0V变化。 控制功能：将仿真试验箱上的电位器W1产生0-5V电压输入到ADC0809的通道0。 利用74LS393将4MHz晶振产生的脉冲信号八分频后做为ADC0809的时钟信号 使用的主要元器件：8031、6
实验8 定时器中断实验
- 通过定时器中断配置，每500ms中断一次，然后中断服务函数中控制LED实现LED1状态取反（闪烁）。(Through the timer interrupt configuration, each 500ms interrupt once, and then interrupt the service function to control the LED to achieve the LED1 state, take the inverse (blinking).)
ve730
- On neural network control, IDW inverse distance weighting method, Jacobi iteration for solving linear equations class-based.
51SPWM
- 单片机实现用脉冲宽度按正弦规律变化而和正弦波等效的PWM波形即SPWM波形控制逆变电路中开关器件的通断，使其输出的脉冲电压的面积与所希望输出的正弦波在相应区间内的面积相等，通过改变调制波的频率和幅值则可调节逆变电路输出电压的频率和幅值，进而控制逆变输出电压。(The singlechip realizes the switching of the switch device in the inverter circuit, which is controlled by the pulse wid