资源列表
计算器
- 简易计算器 实现加减乘除功能 keil和proteus实现(A simple calculator to achieve keil and Proteus add, subtract, multiply and divide function)
7.2 数字电压表
- 四路固定式数字电压表，第一位是所在路数，后三位是电压值(Four fixed digital voltage meter, the first is the way, after the three voltage value)
程序
- 实现加减乘除，三角函数，指数，对数等运算，位数很长(mplementation of trigonometric function, exponential, add, subtract, multiply and divide, the number of operations for a long number)
EFM8BB2_I2C
- I2C通讯实例，单片机和单片机之间的通讯(// Example software to demonstrate the I2C Slave interface. // - Interrupt-driven I2C Slave implementation // - Only slave states defined // - 1-byte I2C Slave data holder used for both transmit and receive // - Timer3 used b
EFM8BB2_ADC
- ADC实例，用于模拟量采样实例，内部REF(The system is clocked by the internal 24.5 MHz oscillator divided by 1. // Timer 2 triggers a conversion on ADC0 on each overflow. The completion of // this conversionin turn triggers an interrupt service routine (ISR). The
EFM8BB2_FLASH
- 对flash的操作实例，软件擦出，读和写flash(This program tests all the functions available in EFM8BB2_FlashPrimitives.c // and EFM8BB2_FlashUtils.c. It uses a test data array to mimic the changes // made to the flash and test for correctness. While the test is run
EFM8BB2_Oscilloscope
- EFM8BB2内部震荡器实例，有三中提供选择(This demo samples the ADC input at 500 ksps and displays the measured waveform. // Panning, triggers, and other general oscilloscope options are supported. // // Note: The joystick is only enabled when the oscilloscope is in
编程
- 51单片机编程代码，适合基础51单片机编程及训练，代码简洁
clock
- 一个简单的24h时钟,包含开机、关机、暂停、置数功能，以及整点时脉冲响五次(a simple digital clock implemented on Vivado)
jlink4.9
- ARM内核芯片下载工具，通过J—Link仿真器来调试程序。(JTAG emulator download tool for ARM kernel chip)
nnwpf
- A window function design FIR digital band-pass filter, GSM is GMSK modulation signal generation, LM386 audio signal amplification.
机器人
- 机器人小程序，对单片机感兴趣的同学可以试试，用的是51系列单片机，成本低廉，容易入门，可以作为基础看看(Robot small program, the students interested in single chip can try, using the 51 series of single-chip microcomputer, low cost, easy to access, can be used as the basis for learning the code.)