该代码首先从引脚A0读取模拟电压值，并将其转换为实际电压值。然后，使用映射函数，将电压值缩放到0到255的范围。最后，它将该PWM值应用于LED连接的引脚，以调整LED的亮度。
This code first reads the analog voltage value from pin A0 and converts it to the real voltage value. Then, using the map function, it scales the voltage value to a range from 0 to 255 . Finally, it applies this PWM value to the pin to which the LED is connected to adjust the brightness of the LED. (2024-04-01, C++, 0KB, 下载0次)
16段LED x 16，由TLC5940和M5Stack驱动
16 Segment LED x 16 driven by TLC5940 and M5Stack (2022-08-04, C++, 8744KB, 下载0次)
依据石油库设计规范编制的库容计算程序,库容计算准确率达到97 ，能很好地帮助设计者进行相关计算。
Oil storage capacity calculation program based on design specifications prepared by the capacity calculation accuracy rate of 97 , could well help designers perform related calculations. (2015-04-05, C++, 1KB, 下载1次)
单片机MSP430开发，定时器A0模拟串口通信
MSP430 microcontroller development, simulation serial (2015-02-11, C++, 36KB, 下载5次)
主要是针对msp430单片机的AD/DA功能，从p6,0采集电压，再从p3.4输出
Msp430 microcontroller AD/DA function, p6, 0 acquisition voltage output from p3.4 (2013-03-11, C++, 21KB, 下载5次)
工业控制模块，输出模拟信号，通过485总线广播到上位控制器进行现场控制
Industrial control module, the output analog signal, broadcast via the 485 bus to the host controller, on-site control (2012-12-10, C++, 5749KB, 下载11次)
MSP430G2x33/G2x53 Demo - ADC10, Sample A1, AVcc Ref, Set P1.0 if > 0.5*AVcc
MSP430G2x33/G2x53 Demo- ADC10, Sample A1, AVcc Ref, Set P1.0 if > 0.5*AVcc (2012-07-10, C++, 1KB, 下载7次)
详细介绍了使用单片机控制交流伺服电机的软硬件实现
Details the use of SCM software and hardware to achieve the AC servo motor (2011-05-16, C++, 128KB, 下载27次)
MSP430 ADC的设置源程序1(IAR工程文件可以直接使用
MSP430 ADC set source 1 (IAR project file can be used directly (2011-03-20, C++, 29KB, 下载4次)
HT24 系列的EEPROM 总共8 个管脚，三个为芯片地址脚A0、A1、A2，在单片机对它进行操作时，从SDA 输入A0、A1、A2 数据和芯片外部A0、A1、A2 所接地址需一一对应。一个为芯片写保护脚WP，WP 脚接低电平时，芯片可进行读写操作；WP 脚接高时，芯片只可进行读，不可进行写。
另外两个管脚为电源脚VCC，VSS。
用单片机对HT24 系列的EEPROM 进行控制时，HT24 系列的EEPROM 的外部管脚VCC、VSS、WP、A0、A1、A2 根据需要，对应接上，SDA、SCL 接到单片机控制脚上。
HT24 Series EEPROM total of 8 pins, three pins for the chip address A0, A1, A2, in the microcontroller to operate it, from SDA input A0, A1, A2, and chip external data A0, A1, A2 of the Then one correspondence address must be in. One for the chip, write-protect pin WP, WP feet then low, the chip can be read and write operations WP pin is high then, the chip can only be read, not write. The other two pins for the power pin VCC, VSS. With the microcontroller on the HT24 Series EEPROM control when, HT24 Series EEPROM external pin VCC, VSS, WP, A0, A1, A2 according to the needs of the corresponding connected, SDA, SCL receives SCM control feet . (2009-09-14, C++, 1KB, 下载37次)