通用异步收发器

在本文中采用了软件模拟通用异步收发器（UART）的方法，实现了计算机和DSP的通讯，充分利用了DSP的片内资源，简化了硬件电路。

The UART method , which fully uses the interior resources of DSP , applied in this text has simplified the hardware circuits .

简要介绍了通用异步收发器（UART）的功能，叙述了这些功能在可编程器件中的实现，提出了对设计进行仿真应注意的一些问题。

The paper introduces the functions of UART , and describes how to implement these functions in PLD , and then it mentions some actual situation about the design simulation .

基于FPGA的通用异步收发器的设计

The Design of Universal Asynchronous Receiver Transmitter Based on FPGA

通用异步收发器的VHDL实现

VHDL Realization of Universal Asynchronous Receiver Transmitter

在硬件上采用CPLD来完成系统的逻辑控制，利用UART（通用异步收发器）来进行串行通信，使DSP从繁忙的控制任务中解放出来。

In the hardware field , CPLD is entitled for system logical control ; Serial communication derived from UART ( Universal Asynchronous Receiver Transmitter ) frees the DSP of burdensome control .

系统地介绍了采用单片机与通用异步收发器8250接口控制智能MODEM，以实现单片机与PC机在有线公共电话网中进行远程数据通信技术。

Long distance data communication technology between PC and SCM in the wire public phone network was systematically introduced . It was implemented by using SCM and general asynchrony transceiver interface_8250 to control intelligent MODEM .

设计并实现了串并通信协议控制器中的通用异步串行收发器（UART）。

Universal asynchronous serial receiver / transmitter ( UART ) is designed and implemented .