资源列表
KL25-OLED
- 飞思卡尔单片机 Kinetis-KL25 挑战飞思卡尔杯 智能汽车
38_PIC_Projects
- 38 Very Interesting Application Notes from Microchip
Dtop
- 编译器源代码,使用vc 值得研究 ,vc_pso是用VC开发的标准粒子群算法(The compiler source code, using VC, is worth studying. Vc_pso is a standard particle swarm optimization algorithm developed with VC)
nRF无线SOC单片机原理与高级应用源代码
- 无线SOC单片机原理与高级应用源代码
PWMtim2中断4通道SPWM
- 基于STM32单片机的用于升压或降压电路的pwm控制(PWM control for boost or depressurization circuits)
单片机程序
- 51单片机低中高对应不同学习层次的编程，方便新老手学习进阶
G-sensor-
- G-Sensor控制代码，相关寄存器配置，IIC通讯，采集完成后产生中断,采用飞思卡尔单片机-G-Sensor control code associated configuration registers, IIC communication, an interrupt is generated after the acquisition is complete, Freescale microcontroller
shejiziliao
- 自己参加电子设计大赛的设计资料，对初学单片机很有用-That they participate in Electronic Design Contest of the design information is useful for beginners MCU
Mouse-controll
- this an application to track IR led to control mouse-this is an application to track IR led to control mouse
stm32_measure_distance
- stm32控制超声波精确快速测距，误差在0.1cm，通过LCD显示测量值-STM32 control ultrasonic quick and accurate location, the error in 0.1cm, as revealed by LCD measurements
stm32
- 基于stm32智能环境监测系统，是个电子设计大赛的作品，里面包含了系统的软件和硬件，可直接使用。-Stm32 based intelligent environmental monitoring system is Electronic Design Contest works, which contains the system s software and hardware, can be used directly.
Pedometer
- 本文以对步伐特征的研究为基础，描述一个采用 3 轴加速度计ADXL345 的简易计步器参考设计。通过硬件设计、数据采集、软件设计等步骤，并通过matlab进行步伐检测算法的仿真。最终设计出能辨别并计数步伐且实时显示的高精度计步器。(Based on a study of the characteristics of the steps, this article describes a simple pedometer reference design using the ADXL345 3-a