搜索资源列表
lpc2114+18b20
- lpc2114与ds18b20通讯程序。并通过串口上传到上位机-lpc2114 and communication procedures. Through Serial uploaded to the PC
lpc2114+Adc
- 基于ads1.2环境下lpc2114的AD转换程序 -based ads1.2 environment lpc2114 AD conversion
lpc2114+I2c
- 基于ads1.2环境下lpc2114的i2c程序 -ads1.2 environment based on the i2c procedures lpc2114
lpc2114+Spi
- 基于ads1.2环境下lpc2114的spi程序 -ads1.2 environment based on the 20 procedures lpc2114
lpc2114+UART
- 基于ads1.2环境下lpc2114的uart程序 -ads1.2 environment based on the UART procedures lpc2114
lpc2114+TIME
- 基于ads1.2环境下lpc2114的定时器使用程序-ads1.2 environment based on the timer lpc2114 procedures
LPC2114
- LPC2114工作机制及指令周期的测试源码
lpc2114程序
- arm7学习资料,里面有所有模块使用列程.
EINT03_Vect
- arm lpc2114 watchdog
lpc2114+18b20
- lpc2114与ds18b20通讯程序。并通过串口上传到上位机-lpc2114 and communication procedures. Through Serial uploaded to the PC
lpc2114+Adc
- 基于ads1.2环境下lpc2114的AD转换程序 -based ads1.2 environment lpc2114 AD conversion
lpc2114+I2c
- 基于ads1.2环境下lpc2114的i2c程序 -ads1.2 environment based on the i2c procedures lpc2114
lpc2114+Spi
- 基于ads1.2环境下lpc2114的spi程序 -ads1.2 environment based on the 20 procedures lpc2114
lpc2114+UART
- 基于ads1.2环境下lpc2114的uart程序 -ads1.2 environment based on the UART procedures lpc2114
lpc2114+TIME
- 基于ads1.2环境下lpc2114的定时器使用程序-ads1.2 environment based on the timer lpc2114 procedures
lpcucosii
- philips的ARM处理器LPC2114跑ucosii的程序包，实现了包括zlg7290键盘和数码管驱动，128*64液晶屏，跑马灯程序的多任务实例。-philips LPC2114 ARM processor running ucosii the package, Implementation, including keyboard and digital zlg7290 driven, 128* 64 LCD screen, Bo
lpc2114-arm(Proteus)
- 利用Proteus 6和keil仿真ARM单片机LPC2414的源程序及Proteus原理图.-use Proteus 6 and keil simulation LPC2414 ARM microcontroller the source and P roteus diagram.
LPC2114-UCOS-Adc
- 开发环境ADS1.2,LPC2114带UCOSII的ADC程序-Development environment ADS1.2, LPC2114 with the ADC program UCOSII
LPC2114-UCOS-Modem
- 开发环境为ADS1.2,LPC2114带UCOSII的MODORM程序-Development environment for ADS1.2, LPC2114 with the MODORM procedures UCOSII
LPC2114-UCOS-PWM
- 开发环境为ADS1.2,LPC2114带UCOSII的PWM程序-Development environment for ADS1.2, LPC2114 with the PWM process UCOSII