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8051-jingzhen
- 用高效型振荡器为8051单片机实现高速串行通信的时钟配置
第三贴:使用C语言配置实现时钟中断
- 4510 progrm
单片机电子钟
- 用C51编写的源程序清单(由实验板运行通过)包含器件配置文件.闹时启/停子函数.走时函数.定时器T0 5mS初始化.扫描按键子函数.延时子函数等整个工程源代码-with C51 prepared by the source list (from the experimental operation through plate) contains device configuration files. When downtown Kai/
8051-jingzhen
- 用高效型振荡器为8051单片机实现高速串行通信的时钟配置-Using high-performance 8051-based oscillator for high-speed serial communication clock configuration
EXTI
- STM32是以Cortex-M3为核的处理器,该例程介绍STM32下如何对外部中断进行配置和操作。在许多情况下,我们需要将外部引脚配置为中断,该例程介绍了如何设置和操作外部中断。-Cortex-M3 based STM32-core processor for the routine introduction STM32 how to configure the external interrupt on and operate. In
chuanshong
- 向串口发送数据。 说明:使用外部11.0592MHz晶振,系统时钟配置后Fpclk=11.0592MHz; 通讯波特率115200,8位数据位,1位停止位,无奇偶校验。-Send data to the serial port. Descr iption: the use of an external 11.0592MHz crystal oscillator, system clock configured Fpclk =
F06x_Oscillators
- C8051F060的时钟配置例子,里面有各种方法,包括内部时钟和外部各个时钟等,调试已通过-C8051F060 clock configuration examples, there are a variety of methods, including various internal clock and external clock and so on, debugging has passed
PCKx
- AT91SAM7S64 可编程时钟配置程序(KEIL平台)没有用库函数,简单易懂,初学者定能看懂-Configuration procedures AT91SAM7S64 programmable clock (KEIL platform) did not use library functions, easy-to-read, beginners will be able to understand
stm32timer
- LCD_BMP 是芯片STM32F103RBT6的一个例子 使用智林 Z32R 开发板演示如何在真彩液晶上显示位图。 例子: - 时钟配置: - XTAL = 12.00 MHz - SYSCLK = 72.00 MHz - HCLK = SYSCLK = 72.00 MHz - PCLK1 = HCLK/2 = 36.00 MHz - PCLK2 = HCLK = 72.00 MHz
DSP281x_SysCtrl
- TMSF2812\DSP281x_SysCtrl,系统时钟配置头文件-TMSF2812 \ DSP281x_SysCtrl, the system clock configuration header file
led_all_timer
- TI MSP430F149简单入门led测试程序和时钟配置-TI MSP430F149 simple test program and entry-led clock configuration
National_Clock_Design_Tool_Instructions
- LTM公司芯片的时钟配置资料。内容很详细清楚!-LTM chips clock configuration data. Content is more clear!
STM32
- STM32的一个很好的时钟配置程序STM32的一个时钟配置程序-A good clock STM32 configuration program, a clock configuration program STM32
C6722init
- tms320c6722初始化程序。包括时钟配置,寄存器配置等-tms320c6722 initialization procedure. Including clock configuration register configuration
实时时钟实验报告
- 实时闹钟.1、STM32的实时时钟(RTC)是一个独立的定时器! 2、RTC模块和时钟配置系统(RCC_BDCR寄存器)是在后备区域,即在系统复位火从待机模式唤醒后RTC的设置和时间维持不变。 RTC这章中,对RTC相关的寄存器的操作特别重要,(RTC Alarm real-time clock timer; keyer; intervalometer; timing device clock; timepiece
STM32F时钟配置
- 主要介绍了STM32的时钟如何配置及方法(STM32F clock configuration)
STM8S内部时钟+定时器+LED
- STM8S的裸机模板,不使用库函数,包含基本外设配置,内部时钟配置、定时器配置、普通IO配置、LCD12864的驱动(STM8S bare metal template, without the use of library functions, including basic peripheral configuration, drive internal clock timer configuration, common confi
adc
- 实现了飞思卡尔DZ60的时钟配置,有详细的代码注释(Realized the Freescale Carle DZ60 clock configuration, there are detailed code Notes)
STM32时钟+STM32CubeMX配置
- STM32时钟配置方法详解及STM32CubeMX-为STM32配置和C代码的初始化程序(STM32 clock configuration method details and STM32CubeMX- is the initialization program for STM32 configuration and C code)
FPGA_实时时钟设计
- 通过配置DS1302芯片来实现实时时钟的监测,我们通过通过控制2个按键来选择我们要在数码管上显示的时间,按下按键1我们来显示周几,按下按键2来显示年月日,不按显示时分秒,这样显示复合我们的数字表的显示(By configuring DS1302 chip to monitor the real-time clock, we select the time that we want to display on the digital tu