文件名称:serial
介绍说明－－下载内容均来自于网络，请自行研究使用
本模块的功能是验证实现和PC机进行基本的串口通信的功能。需要在PC机上安装一个串口调试工具来验证程序的功能。
程序实现了一个收发一帧10个bit（即无奇偶校验位）的串口控制器，10个bit是1位起始位，8个数据位，1个结束位。
串口的波特律由程序中定义的div_par参数决定，更改该参数可以实现相应的波特率。程序当前设定的div_par 的值
是0x104，对应的波特率是9600。用一个8倍波特率的时钟将发送或接受每一位bit的周期时间划分为8个时隙以使通
信同步-The module' s function is to verify the basic realization and PC serial communication functions. Required on the PC to install a serial debugging tools to verify functionality of the program. Program implements a transceiver a 10 bit (ie, no parity bit) serial controller, 10 bit is a start bit, 8 data bits, 1 stop bit. Baud-law by the parameters defined in the program div_par decision to change the parameters of the corresponding baud rate can be achieved. Program is currently set div_par value is 0x104, corresponding to the baud rate is 9600. 8 times the baud rate with a transmit or receive clock cycle time of each bit is divided into eight time slots to the communication sync
程序实现了一个收发一帧10个bit（即无奇偶校验位）的串口控制器，10个bit是1位起始位，8个数据位，1个结束位。
串口的波特律由程序中定义的div_par参数决定，更改该参数可以实现相应的波特率。程序当前设定的div_par 的值
是0x104，对应的波特率是9600。用一个8倍波特率的时钟将发送或接受每一位bit的周期时间划分为8个时隙以使通
信同步-The module' s function is to verify the basic realization and PC serial communication functions. Required on the PC to install a serial debugging tools to verify functionality of the program. Program implements a transceiver a 10 bit (ie, no parity bit) serial controller, 10 bit is a start bit, 8 data bits, 1 stop bit. Baud-law by the parameters defined in the program div_par decision to change the parameters of the corresponding baud rate can be achieved. Program is currently set div_par value is 0x104, corresponding to the baud rate is 9600. 8 times the baud rate with a transmit or receive clock cycle time of each bit is divided into eight time slots to the communication sync
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下载文件列表
serial
......\serial
......\......\cmp_state.ini
......\......\db
......\......\..\add_sub_5ph.tdf
......\......\..\add_sub_aph.tdf
......\......\..\serial.asm.qmsg
......\......\..\serial.cbx.xml
......\......\..\serial.cmp.cdb
......\......\..\serial.cmp.hdb
......\......\..\serial.cmp.rdb
......\......\..\serial.cmp.tdb
......\......\..\serial.cmp0.ddb
......\......\..\serial.db_info
......\......\..\serial.eco.cdb
......\......\..\serial.fit.qmsg
......\......\..\serial.hier_info
......\......\..\serial.hif
......\......\..\serial.map.cdb
......\......\..\serial.map.hdb
......\......\..\serial.map.qmsg
......\......\..\serial.pre_map.cdb
......\......\..\serial.pre_map.hdb
......\......\..\serial.psp
......\......\..\serial.rtlv.hdb
......\......\..\serial.rtlv_sg.cdb
......\......\..\serial.rtlv_sg_swap.cdb
......\......\..\serial.sgdiff.cdb
......\......\..\serial.sgdiff.hdb
......\......\..\serial.signalprobe.cdb
......\......\..\serial.sld_design_entry.sci
......\......\..\serial.sld_design_entry_dsc.sci
......\......\..\serial.syn_hier_info
......\......\..\serial.tan.qmsg
......\......\..\serial_cmp.qrpt
......\......\serial.asm.rpt
......\......\serial.cdf
......\......\serial.done
......\......\serial.fit.eqn
......\......\serial.fit.rpt
......\......\serial.fit.summary
......\......\serial.flow.rpt
......\......\serial.map.eqn
......\......\serial.map.rpt
......\......\serial.map.summary
......\......\serial.pin
......\......\serial.pof
......\......\serial.qpf
......\......\serial.qsf
......\......\serial.qws
......\......\serial.tan.rpt
......\......\serial.tan.summary
......\......\serial.v
......\......\serial.v.bak
......\......\说明.txt