文件名称:traffic-light
介绍说明--下载内容均来自于网络,请自行研究使用
交通灯控制器
(1)主干道通行(绿灯):支干道有车24秒;支路红灯,数码管实时显示倒计时的秒,秒计时的频率为1Hz 。
(2)主干道缓冲(黄灯):6秒,(不显示计数),秒计时的频率为1Hz 。
(3)支路通行(绿灯):20秒,主干道红灯,数码管实时显示倒计时的秒,秒计时的频率为1Hz 。
(4)支路缓冲(黄灯):6秒,不显示,秒计时的频率为1Hz 。
数码管采用动态显示。
其他:
(1)晶振为12 MHz
(2)采用CPLD 器件,为ALTERA 的EPM7064SL-44
(3)采用数码管显示-Traffic light controller (1) main road traffic (green): branch roads have a car 24 seconds branch red, real-time display digital countdown seconds, seconds chronograph frequency of 1Hz. (2) trunk buffer (yellow): 6 seconds (do not display counts), second timing frequency of 1Hz. (3) branch passage (green): 20 seconds, the main road red light, digital tube display real-time countdown, seconds chronograph frequency of 1Hz. (4) branch buffer (yellow): 6 seconds, do not show, second timing frequency of 1Hz. Digital tube dynamic display. Other: (a) crystal is 12 MHz (2) using CPLD devices for the ALTERA EPM7064SL-44 (3) using the digital display
(1)主干道通行(绿灯):支干道有车24秒;支路红灯,数码管实时显示倒计时的秒,秒计时的频率为1Hz 。
(2)主干道缓冲(黄灯):6秒,(不显示计数),秒计时的频率为1Hz 。
(3)支路通行(绿灯):20秒,主干道红灯,数码管实时显示倒计时的秒,秒计时的频率为1Hz 。
(4)支路缓冲(黄灯):6秒,不显示,秒计时的频率为1Hz 。
数码管采用动态显示。
其他:
(1)晶振为12 MHz
(2)采用CPLD 器件,为ALTERA 的EPM7064SL-44
(3)采用数码管显示-Traffic light controller (1) main road traffic (green): branch roads have a car 24 seconds branch red, real-time display digital countdown seconds, seconds chronograph frequency of 1Hz. (2) trunk buffer (yellow): 6 seconds (do not display counts), second timing frequency of 1Hz. (3) branch passage (green): 20 seconds, the main road red light, digital tube display real-time countdown, seconds chronograph frequency of 1Hz. (4) branch buffer (yellow): 6 seconds, do not show, second timing frequency of 1Hz. Digital tube dynamic display. Other: (a) crystal is 12 MHz (2) using CPLD devices for the ALTERA EPM7064SL-44 (3) using the digital display
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下载文件列表
Traffic\Block1.bdf
.......\cmp_state.ini
.......\db
.......\..\logic_util_heursitic.dat
.......\..\prev_cmp_Traffic.asm.qmsg
.......\..\prev_cmp_Traffic.fit.qmsg
.......\..\prev_cmp_Traffic.map.qmsg
.......\..\prev_cmp_Traffic.qmsg
.......\..\prev_cmp_Traffic.tan.qmsg
.......\..\Traffic.asm.qmsg
.......\..\Traffic.asm.rdb
.......\..\Traffic.cbx.xml
.......\..\Traffic.cmp.cdb
.......\..\Traffic.cmp.hdb
.......\..\Traffic.cmp.kpt
.......\..\Traffic.cmp.logdb
.......\..\Traffic.cmp.rdb
.......\..\Traffic.cmp.tdb
.......\..\Traffic.cmp0.ddb
.......\..\Traffic.db_info
.......\..\Traffic.eco.cdb
.......\..\Traffic.fit.qmsg
.......\..\Traffic.hier_info
.......\..\Traffic.hif
.......\..\Traffic.lpc.html
.......\..\Traffic.lpc.rdb
.......\..\Traffic.lpc.txt
.......\..\Traffic.map.cdb
.......\..\Traffic.map.hdb
.......\..\Traffic.map.logdb
.......\..\Traffic.map.qmsg
.......\..\Traffic.pre_map.cdb
.......\..\Traffic.pre_map.hdb
.......\..\Traffic.rtlv.hdb
.......\..\Traffic.rtlv_sg.cdb
.......\..\Traffic.rtlv_sg_swap.cdb
.......\..\Traffic.sgdiff.cdb
.......\..\Traffic.sgdiff.hdb
.......\..\Traffic.sld_design_entry.sci
.......\..\Traffic.sld_design_entry_dsc.sci
.......\..\Traffic.smart_action.txt
.......\..\Traffic.smp_dump.txt
.......\..\Traffic.syn_hier_info
.......\..\Traffic.tan.qmsg
.......\..\Traffic.tis_db_list.ddb
.......\..\Traffic.tmw_info
.......\..\Traffic_cmp.qrpt
.......\incremental_db
.......\..............\compiled_partitions
.......\..............\...................\Traffic.root_partition.map.kpt
.......\..............\README
.......\Traffic.asm.rpt
.......\traffic.bsf
.......\Traffic.cdf
.......\Traffic.done
.......\Traffic.fit.eqn
.......\Traffic.fit.rpt
.......\Traffic.fit.smsg
.......\Traffic.fit.summary
.......\Traffic.flow.rpt
.......\Traffic.map.eqn
.......\Traffic.map.rpt
.......\Traffic.map.summary
.......\Traffic.pin
.......\Traffic.pof
.......\Traffic.qpf
.......\Traffic.qsf
.......\Traffic.qws
.......\Traffic.sof
.......\Traffic.tan.rpt
.......\Traffic.tan.summary
.......\Traffic.v
.......\Traffic_assignment_defaults.qdf
.......\traffic_test.bsf
.......\traffic_test.v
.......\traffic_test.v.bak
.......\traffic_top.bsf
.......\traffic_top.v
.......\traffic_top.v.bak