资源列表
PIC12F508-PICC-control-led
- 基于pic12f508开发的流水灯控制程序,PICC编程。c语言控制-Pic12f508 based on the development of light water control program, PICC program. c language control
Test
- LPC2119/2129/2194/2292/2294 是基于一个支持实时仿真和跟踪的 16/32 位 ARM7TDMI-S CPU 的微控 制器,并带有 128/256k 字节(kB)嵌入的高速 Flash 存储器。128 位宽度的存储器接口和独特的加速结构使 32 位代码能够在最大时钟速率下运行。对代码规模有严格控制的应用可使用 16 位 Thumb 模式将代码规模 降低超过30 ,而性能的损失却很小。 -These are stress ratings only and fun
3.3
- 采用中断方式设计80C51单片机的秒、分脉冲发生器。要求采用定时起/计数器1的方式1编程实现P1.0每秒钟产生一个机器周期的正脉冲,P1.1每分钟产生一个机器周期的正脉冲。 晶振频率为12MHz。-80C51 single-chip design using interrupt the second sub-pulse generator. Requires regular up/Counter 1 Mode 1 programming P1.0 produce a machine cycl
Example
- 嵌入式 中断例程 包括延时时钟设计 数字显示设计 可以通过外部按键接收中断完成相应操作-Interrupt routine including the delay clock embedded design digital display design can be completed by the corresponding external interrupt key receiver operating
UART0_SEND
- 基于LPC2214的ARM7实验板上UARTO数据发送-ARM7-based LPC2214 board UARTO experimental data to send
UART0_RECEIVE
- 基于LPC2214的ARM7实验板UART0接收数据程序 -ARM7-based LPC2214 board UART0 reception data experimental procedures
BEEPCON
- 基于LPC2214的ARM7实验板蜂鸣器程序-ARM7-based LPC2214 board buzzer experimental procedures
proteus-simulation-clock
- 以51单片机为控制器,实现数字钟,12864显示,proteus 仿真 模拟时钟-To 51 for the controller chip, digital clock, 12864 show, proteus simulation clock
ADC-voltage
- PIC18系列单片机写的电压表,用1602显示-PIC18 family of microcontrollers written voltmeter, with the 1602 show
pic18f-led
- 学习pic18系列单片机最基础的入门程序,附带proteus仿真-Pic18 MCU learning the most basic entry procedure, with proteus simulation
dianzhen16
- proteus仿真16*16点阵,用138驱动-proteus simulation 16* 16 dot matrix, with 138 drivers
12864gundongxianshi
- 51单片机控制12864液晶滚动显示字幕-51 MCU control 12864 scroll subtitles
