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MPC5634 实用程序
- 飞思卡尔mpc5634
freescale_K60(USB)
- 飞思卡尔公司K系列K60 USB作为从机驱动-Freescale K Series K60 USB drive as a slave
freescale_K60(SDHC)
- 飞思卡尔公司K系列K60SD卡驱动,包含读、写-The Freescale the K series K60SD card drive
servo
- 利用飞思卡尔的PWM模块控制伺服电机旋转角度,简单方便-Control the angle of servo by using PWM module of freescale.
frescar
- 小车程序,包含飞思卡尔源程序,其中,使用光电对管简彻-follow the line
freescale-MPC5634M_eMIOS
- 飞思卡尔增强型定时模块EMIOS驱动程序-Provide two Output Pulse Width Modulation (OPWM) signals that are synchronized to a common counter bus. The common counter bus is a separate eMIOS channel, configured as a modulus counter.
freescale_K60_Flash
- 飞思卡尔公司K系列K60 Flash驱动,根据串口命令,可读写-The Freescale K series K60 Flash drive can read and write, according to the serial command
CAR.2
- 飞思卡尔智能车大赛源码 实现陀螺仪和加速度计的完美结合 实现直立小车稳定行走-Freescale smart car contest source to achieve the perfect combination of gyroscopes and accelerometers to achieve upright car stable walking
Mouse
- 重力鼠标,利用飞思卡尔收集重力感应数据从而与电脑交流,控制鼠标移动的程序-Gravity Mouse, Freescale accelerometer data collected thus communicate with the computer to control mouse movement procedures
OLED-display--cesu
- OLED显示测速脉冲 飞思卡尔用0.9寸小屏显示测PT7脉冲-OLED display tachometer pulses
kalman0718
- 卡尔曼滤波实例两个,举例卡尔曼滤波的作用,达到期望效果-Example two Kalman filter, for example the Kalman filter, the effect to achieve the desired
7660code
- 飞思卡尔三轴加速度传感器mma7660驱动程序代码 -Freescale s three-axis acceleration sensor mma7660 driver code
K60shanshuodeng
- 使用keil编写飞思卡尔K60DN512的闪烁灯程序-Freescale K60DN512 written using keil flashing lights program
OV7620-9SXS128
- 飞思卡尔竞赛,摄像头组OV7620的驱动程序-Freescale contest OV7620 camera group of drivers
fresscar
- 第九届飞思卡尔电磁组双电机可跑程序,省赛二等奖的程序-The ninth fly think of Carle electromagnetic group procedures can be run
ggg
- 飞思卡尔单片机的跑马灯程序编写,有帮助的可以下载-Freescale microcontroller entertaining diversions
mpu-6050-drive
- 三轴陀螺仪的驱动编写,可用于飞思卡尔单片机中。-Three-axis gyroscope driver code. Can be used in freescale microcontroller.
engine_driver
- 飞思卡尔智能车比赛中智能车电机的驱动程序,内容比较完整,不缺失任何一部分。-procedures of engine-driver for freescale compepition,these are all procedures.
飞思卡尔小车
- 飞卡小车基于机器视觉的智能车路径跟踪控制系统能够更全面地获取道路信息,利用各种有效的图像处理算法对路径进行识别,提高了路径识别的准确性,并拓宽智能车的视野,能对更远的路径提前做好判断,提高了路径跟踪的平均速度。作为能够自动进行路径跟踪的智能车,车身与控制器本身就是一个自动控制系统,有些控制理论与策略早已非常成熟,且在实际应用中效果非常好,一些新的控制算法在灵活性上也有很大的提高,因此对各种控制算法的灵活运用能够提高智能车路径跟踪系统的整体性能。