文件名称:24sCountdown
介绍说明－－下载内容均来自于网络，请自行研究使用
基于CPLD的24秒倒计时
计时的窗口显示分为数码管和发光二极管两部分，其中二极管部分表示数码管后一位，.0-.9或.00-.09，故本计时器精确度可以提高到0.01s-Based on CPLD 24 seconds countdown
Timing window displays and LED digital tube is divided into two parts, where the diode portion represents a digital tube, .0- .9 or .00- .09, so the timer accuracy can be increased to 0.01s
计时的窗口显示分为数码管和发光二极管两部分，其中二极管部分表示数码管后一位，.0-.9或.00-.09，故本计时器精确度可以提高到0.01s-Based on CPLD 24 seconds countdown
Timing window displays and LED digital tube is divided into two parts, where the diode portion represents a digital tube, .0- .9 or .00- .09, so the timer accuracy can be increased to 0.01s
(系统自动生成,下载前可以参看下载内容)
下载文件列表
24s倒计时\Block2.bdf
.........\Block2.vhd
.........\db\djs.analyze_file.qmsg
.........\..\djs.asm.qmsg
.........\..\djs.asm_labs.ddb
.........\..\djs.cbx.xml
.........\..\djs.cmp.bpm
.........\..\djs.cmp.cdb
.........\..\djs.cmp.ecobp
.........\..\djs.cmp.hdb
.........\..\djs.cmp.kpt
.........\..\djs.cmp.logdb
.........\..\djs.cmp.rdb
.........\..\djs.cmp_merge.kpt
.........\..\djs.cuda_io_sim_cache.31um_ff_1200mv_0c_fast.hsd
.........\..\djs.cuda_io_sim_cache.31um_tt_1200mv_85c_slow.hsd
.........\..\djs.db_info
.........\..\djs.eco.cdb
.........\..\djs.eds_overflow
.........\..\djs.fit.qmsg
.........\..\djs.fnsim.hdb
.........\..\djs.fnsim.qmsg
.........\..\djs.hier_info
.........\..\djs.hif
.........\..\djs.map.bpm
.........\..\djs.map.cdb
.........\..\djs.map.ecobp
.........\..\djs.map.hdb
.........\..\djs.map.kpt
.........\..\djs.map.logdb
.........\..\djs.map.qmsg
.........\..\djs.map_bb.cdb
.........\..\djs.map_bb.hdb
.........\..\djs.map_bb.hdbx
.........\..\djs.map_bb.logdb
.........\..\djs.pre_map.cdb
.........\..\djs.pre_map.hdb
.........\..\djs.psp
.........\..\djs.rtlv.hdb
.........\..\djs.rtlv_sg.cdb
.........\..\djs.rtlv_sg_swap.cdb
.........\..\djs.sgdiff.cdb
.........\..\djs.sgdiff.hdb
.........\..\djs.sim.cvwf
.........\..\djs.sim.hdb
.........\..\djs.sim.qmsg
.........\..\djs.sim.rdb
.........\..\djs.simfam
.........\..\djs.sld_design_entry.sci
.........\..\djs.sld_design_entry_dsc.sci
.........\..\djs.smp_dump.txt
.........\..\djs.sta.qmsg
.........\..\djs.sta.rdb
.........\..\djs.sta_cmp.6_slow_1200mv_85c.tdb
.........\..\djs.syn_hier_info
.........\..\djs.tiscmp.fast_1200mv_0c.ddb
.........\..\djs.tiscmp.slow_1200mv_0c.ddb
.........\..\djs.tiscmp.slow_1200mv_85c.ddb
.........\..\djs.tis_db_list.ddb
.........\..\prev_cmp_djs.asm.qmsg
.........\..\prev_cmp_djs.fit.qmsg
.........\..\prev_cmp_djs.map.qmsg
.........\..\prev_cmp_djs.qmsg
.........\..\prev_cmp_djs.sim.qmsg
.........\..\prev_cmp_djs.sta.qmsg
.........\..\wed.wsf
.........\djs.asm.rpt
.........\djs.done
.........\djs.dpf
.........\djs.fit.rpt
.........\djs.fit.smsg
.........\djs.fit.summary
.........\djs.flow.rpt
.........\djs.map.rpt
.........\djs.map.summary
.........\djs.pin
.........\djs.qpf
.........\djs.qsf
.........\djs.qsf.bak
.........\djs.qws
.........\djs.sim.rpt
.........\djs.sof
.........\djs.sta.rpt
.........\djs.sta.summary
.........\djs.vhd
.........\djs.vhd.bak
.........\djs.vwf
.........\fenpin100.bsf
.........\fenpin100.vhd
.........\fenpin100.vhd.bak
.........\incremental_db\compiled_partitions\djs.root_partition.cmp.atm
.........\..............\...................\djs.root_partition.cmp.dfp
.........\..............\...................\djs.root_partition.cmp.hdbx
.........\..............\...................\djs.root_partition.cmp.kpt
.........\..............\...................\djs.root_partition.cmp.logdb
.........\..............\...................\djs.root_partition.cmp.rcf
.........\..............\...................\djs.root_partition.map.atm
.........\..............\...................\djs.root_partition.map.dpi
.........\..............\...................\djs.root_partition.map.hdbx
.........\..............\...................\djs.root_partition.map.kpt