9S12DT128

经过修改的STM32软件烧录器！！按提示输入Map文件夹的路径！！重要！！！Map存放于//bin/debug中！！(STM32 software modified burner! ! When prompted, enter the Map folder path! ! Important! ! ! Map stored in the// bin/debug)

用STM32写的ADS8509的驱动,究竟调试完全通过。(Written with STM32 ADS8509 driver)

完成mpu6050的姿态角解算，包括卡尔曼，一阶以及二阶滤波算法(caculate the angels of the mpu6050)

STM32开发手册，挺好用的，希望能够帮助你，还望多多交流，相互学习(STM32 development manual, very good use, hoping to help you, but also look more exchanges, learn each other)

OMAPl138按键控制,用来对开发板进行相应的测试(OMAPl138 button control panel is used to develop the corresponding test)

通过ARM的MDIO接口对交换机芯片BCM53101的PYH寄存器读写以完成对光口和电口的配置。该c文件是自己做的装置上使用的，完全可以正常使用，大家可以参考获得些灵感。(PYH register configuration for swith BCM53101 )

9S12DT128芯片资料(9S12DT128 microarray data)

铁电MB85RC64驱动程序，需要的可以下载看看，应用在STM32上面的。(Ferroelectric MB85RC64 drivers need to be downloaded to see the application in the STM32 above.)

ATMEGA8_ LTC2400 6位半表头程序 LTC2400最高测量电压为5.3V，超过5.3V或反接都会烧掉。 模拟部分供电最好经过7815稳压，最高输入电压不宜超过18V。 模拟电路与数字电路分开供电。 不要使用开关电源或PWM升压、降压电路供电 (ATMEGA8_ LTC2400 6 ½ -digit meter program LTC2400 highest measured voltage is 5.3V, 5.3V or reverse will be burned over. After 7815 some of the best analog power supply voltage, the maximum input voltage should not exceed 18V. Separate analog and digital circuit power supply. Do not use a switching power supply or PWM buck, boost circuitry)

LED basic code for 51 chips