资源列表
04-huayangdeng
- 这是一个单片机简易控制学习程序，主要控制单片机让发管二极管进行花样显示-This is a simple control MCU learning process, the main microcontroller to control the pattern hair tube diode display
fpu_v2_10_example_designs
- fpu example designs with VHDL
LPC21xx-Arm-boot-loader
- NXP LPC21xx-lpc22xx 系列ARM 芯片的启动程序分解-ARM NXP LPC21xx-lpc22xx series decomposition of chip startup programs
DPC8mq
- 使用孔板测煤气流量汇编的程序。本程序是使用7位数码显示，可以显示瞬时流量，实时压力，实时温度及累计流量。-Gas flow measurement using orifice assembly process. This procedure is to use 7-bit digital display, can display instantaneous flow, real pressure, real-time temperature and accumulated traffic.
Fundamentals.Digital.Logic.VHDL
- Fundamentals Digital Logic VHDL
LED_Flasher
- This code is used to glow the five LEDs in sequence. In this code LEDs do not go off and ON suddenly, while LEDs go off and ON gradually. When one LED goes off gradually next LED goes ON gradually as well.
trafflyt
- This program has been written for PIC16f877 microcontroller. This program control the Traffic signals automatically upon detection of vehicles by using IR sensors
PWM
- This program has been written for PIC16F877 microcontroller. This program is used to control the speed of DC motor based on PWM
51DANPIAJIN_c-WDI
- 51单片机 c语言看门狗程序怎么写 看门狗在51单片机电路里的作用是防止程序 “跑飞”、“死机”后，系统不动作，而采取复位的办法“唤醒”系统。 89S51、89S52系列单片机自带有看门狗功能，片内数据区A6H寄存器具有看门狗功能，使用很简单： -51 microcontroller how to write c program language watchdog watchdog circuit in the 51 SCM' s role is to prevent
danpianji-study-c-AD
- 结合单片机学习板学习c语言之AD转换 目的：通过STC单片机接收ADC0804的数字量，并把该数字量通过8155控制的LED显示出来 -MCU learning board with the AD converter to learn c language Objective: ADC0804 STC receives the digital single chip, and by 8155 to the digital LED display control
clock-period-computation
- 单片机的定时器的周期怎么算？就是比如定时器TF0置1的时间，我的晶振是11。0592MHz的 怎么算 还有就是时钟周期，状态周期，机器周期的概念和联系及换算-Microcontroller timer cycle count how? Such as the timer is set to 1 time TF0, my crystal is 11. 0592MHz of how there is the clock cycle count, the state cycles, machine c
Complete-Digital-Design
- Complete Digital Design with VHDL