资源列表
frequency（PA0）
- 频率计的基本原理是用一个频率稳定度高的频率源作为基准时钟，对比测量其他信号的频率。通常情况下计算每秒内待测信号的脉冲个数，此时我们称闸门时间为1秒。闸门时间也可以大于或小于一秒。闸门时间越长，得到的频率值就越准确，但闸门时间越长则没测一次频率的间隔就越长。闸门时间越短，测的频率值刷新就越快，但测得的频率精度就受影响。本文数字频率计是用数字显示被测信号频率的仪器，被测信号可以是正弦波，方波或其它周期性变化的信号。如配以适当的传感器，可以对多种物理量进行测试，比如机械振动的频率，转速，声音的频率以及
stsw-stm32014
- adc采样多种模式应用实例，包括多通道、单通道、独立、定时器触发模式等等。(The regular channel converted by ADC2 is channel14 (the potentimeter). The converted values of channel12 and channel14 are stored in ADC_DualConvertedValueTab[] table as 32bit format, and are separated and stror
PWM和SPWM
- 双路带死区互补PWM输出，适合数字电源控制，H桥驱电路等控制(Dual band, dead band complementary PWM output, suitable for digital power control, H bridge drive circuit control)
LCD 12864
- 利用STM32F103驱动lcd12864程序(Using STM32F103 to drive LCD12864 program)
VHDLDIV
- 文档里面的程序是用VHDL编程的分频程序，是将12MHZ的频率分频为1HZ和1KHZ，当然，也可以修改成任意频率的分频程序。(Document inside the program is programmed with VHDL frequency division program, is the frequency of 12MHZ frequency is 1HZ and 1KHZ, of course, can also be modified to any frequency frequ
代码
- 飞思卡尔直立平衡小车完整代码，可以进行实际操作(You can complete the balance of the two wheels and the roadblock recognition function)
CAN自发自收程序
- 这个是51单片机的can总线的自发自收程序。(This is the 51 single-chip microcomputer can Bus spontaneous collection procedures.)
SPWM
- 全桥逆变电路的控制波形，由STM32芯片产生SPWM波。(Full-bridge inverter circuit control waveform, generated by the STM32 chip SPWM wave.)
15OLED
- 基于STM32的oled显示程序，方便快速移植，代码清晰有条理！(Based on the STM32 oled display program)
AFmotor
- Arduino UNO开发板扩展电机板Adafruit Motor shield驱动程序源码。(Arduino UNO development board, expand the motor board, Adafruit, Motor, shield driver source code.)
TMS320F28027-口袋实验室-配套书-光盘资料
- C2000(TMS320F28027) 口袋实验室 配套例程资料(C2000(TMS320F28027) LaunchPad Boosterpack Examples_V1.2)
msp_clk
- 修改MSP430f5529的时钟，实测时钟最高24.9MHz(Modify the MSP430f5529 clock)