PID

常用算法程序集（C语言描述） （第三版）源代码(commonly used algorithm C code)

说明：  一个本人编写的时钟程序，用stc芯片，四位数码管，74ls164译码器。(I prepared a clock procedures, using STC chips, four digital tube, 74ls164 decoder.)

峰值电流控制的BOOST,DC-DC电路，48V转80V，具有ZCS环境(Peak current control BOOST, DC-DC circuit, 48V switch 80V, with ZCS environment)

电热恒温水壶，以单片机89C52为核心，由LED显示模块，键盘控制模块，水温测控模块，继电器模块，报警模块(Heated kettle)

stm32 io模拟IIC，访问EEPROM，AT24C64(stm32 io simulation IIC, visit EEPROM, AT24C64)

stm32f4 adc 的代码，双通道，用DMA保存数据。(stm32f4 family c code, adc This example provides a short description of how to use the ADC peripheral to convert a regular channel in Dual interleaved mode using DMA in mode 3 with 5Msps. DMA mode 3 is used in interleaved mode in 6-bit and 8-bit resolutions. The Dual interleaved delay is configured 6 ADC clk cycles. On each DMA request (two data items are available) two bytes representing two ADC-converted data items are transferred as a half word. The data transfer order is similar to that of the DMA mode 2. A DMA request is generated each time 2 data items are available 1st request: ADC_CDR[15:0] = (ADC2_DR[7:0] << 8) | ADC1_DR[7:0] 2nd request: ADC_CDR[15:0] = (ADC2_DR[7:0] << 8) | ADC1_DR[7:0] The ADC1 and ADC2 are configured to convert ADC Channel 12, with conversion triggered by software. By this way, ADC channel 12 is converted each 6 cycles. In this example, the system clock is 168MHz, APB2 =84MHz and ADC clock = APB2 /2. Since ADCCLK=)

说明：  微机原理中学到的，依据CPU原理实现的简易CPU系统。(A KIND OF CPU SYSTEM.MADE BY TSINGHUA UNIVERSITY ELECTRONIC ENGINEERING.)

说明：  LED显示，简要说明源码功能，使初学者更好入门(LED display, a brief description of source code, enabling beginners a better entry)

MSP430F5310，时钟配置,串口收发例程。(MSP430F5310, clock configuration, serial transceiver routines.)

德国MikroKopter电调设计0.88n，开源，(German MikroKopter electric modulation design 0.88n)