1) new-type I 2C system
I2C总路线
2) I2C bus
I2C总线
1.
Design of I2C bus driver under embedded Linux system;
嵌入式Linux中I2C总线驱动程序设计
2.
Malfunction Diagnosis Method of I2C Bus based on Traffic Video Collection Card;
基于交通视频采集卡的I2C总线故障诊断方法
3.
Port Extension Technique Research of PIC Microcontroller Based on I2C Bus;
基于I2C总线的PIC单片机端口扩展技术
3) I~2C bus
I2C总线
1.
The characteristics of I~2C bus and its peripheral devices are introduced,and a door-safeguard controller based on I~2C bus is designed with the MCU of P87LPC76X,which connects the host through I~2C bus.
介绍了I2C总线及其外围器件的特点,设计了基于I2C总线的门禁控制器。
2.
To solve the problem of monitoring and intercepting data on I~2C bus, a new data collection approach based on VHDL language was presented.
针对I2C总线上数据信息的监视、截取等问题,设计一种新的基于VHDL语言的数据监视采集系统。
3.
For the sake of convenience and quickness of the test process,a circuit for storing parameters is designed based on the AT24C02 in I~2C bus.
为保证光纤陀螺的工作精度,需要对光纤陀螺进行大量测试,为使测试过程方便、快捷,设计并实现了基于I2C总线的AT24C02的参数存储电路。
4) I~2C-Bus
I2C总线
1.
This paper introduces the basic principle of the I~2C-Bus.
本文简述了I2C总线的工作原理,重点介绍了在FPGA上实现I2C总线接口的结构设计和Verilog HDL代码设计,并给出了仿真结果。
2.
The frequency synthesizer uses an I~2C-bus to control a series of parameters of phase locked loop via a 51-series microcontroller.
该频率合成器通过51系列的单片机采用I2C总线对锁相环路一系列参数进行控制,通过软件编程来实现对VCO反馈信号的分频,代替传统的PC控制,使应用更方便。
3.
In this paper,several interface modes between TMS320 DSP and I~2C-bus have been discussed.
本文以TMS320C32为主,讨论了TMS320系列DSP与I2C总线的几种接口方式,给出了使用I2C总线控制器PCF8584的查询等待式传输和中断式传输两种实现方法,以及使用DSP通用双向I/O口模拟I2C总线时序实现数据传输的方法,比较了几种方法的优劣,最后给出了选择方案的依据。
5) I2C-bus
I2C总线
1.
This paper introduced the specification of I2C-Bus and the data form in the bus.
介绍了I2C总线的规范及总线构成和数据传输形式,以Strong Arm 嵌入式通信平台上扩展I/O接口的应用为例具体说明了I2C总线在嵌入式系 统中的软硬件实现方法。
2.
Base on the actual demand,the function of AT24C512B and harware abstraction architecture of TinyOS are analyzed in details,The EEPROM harware abstraction component architecture base on I2C-BUS is designed,and the TinyOS driver of seri.
根据实际需求,在分析了串行EEPROMAT24C512B的功能和TinyOS下硬件抽象体系结构的基础上,设计了基于I2C总线的EEPROM硬件抽象组件体系,实现了TinyOS下基于MSP430平台的串行EEPROM驱动程序,同时满足了应用开发的灵活性与传感器节点功耗低两方面的需求。
3.
MCS-51 series microcomputer is limited to connect with component which has I2C-BUS because of having no I2C port.
MCS-51系列单片机由于没有I2C总线接口而限制了其连接I2C器件。
补充资料：总路线
即“基本路线”(332页)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条