文件名称:Digital-frequency-meter
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设计了一种基于EDA的数字频率计，它主要采用的是测频法测量通常情况下，计算每秒内待测信号的脉冲个数，即闸门时间为1 s。所得的计数个数即为频率，然后输出给数码管显示。-It introduces a design based on digital frequency meter EDA, it mainly adopts frequency measurement method for measuring the is usually calculated per second, for the signal of the pulse, namely the gate number for 1 s time. The count is the number for the frequency, and then the output to digital pipe display.
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下载文件列表
数字频率计\trans48\top.bdf
..........\.......\trans48.asm.rpt
..........\.......\trans48.bsf
..........\.......\trans48.done
..........\.......\trans48.fit.rpt
..........\.......\trans48.fit.summary
..........\.......\trans48.flow.rpt
..........\.......\trans48.map.rpt
..........\.......\trans48.map.summary
..........\.......\trans48.pin
..........\.......\trans48.pof
..........\.......\trans48.qpf
..........\.......\trans48.qsf
..........\.......\trans48.qws
..........\.......\trans48.sim.rpt
..........\.......\trans48.sof
..........\.......\trans48.tan.rpt
..........\.......\trans48.tan.summary
..........\.......\trans48.v
..........\.......\trans48.vwf
..........\.......\db\trans48.asm.qmsg
..........\.......\..\trans48.cbx.xml
..........\.......\..\trans48.cmp.cdb
..........\.......\..\trans48.cmp.hdb
..........\.......\..\trans48.cmp.logdb
..........\.......\..\trans48.cmp.rdb
..........\.......\..\trans48.cmp.tdb
..........\.......\..\trans48.cmp0.ddb
..........\.......\..\trans48.dbp
..........\.......\..\trans48.db_info
..........\.......\..\trans48.eco.cdb
..........\.......\..\trans48.eds_overflow
..........\.......\..\trans48.fit.qmsg
..........\.......\..\trans48.hier_info
..........\.......\..\trans48.hif
..........\.......\..\trans48.map.cdb
..........\.......\..\trans48.map.hdb
..........\.......\..\trans48.map.logdb
..........\.......\..\trans48.map.qmsg
..........\.......\..\trans48.pre_map.cdb
..........\.......\..\trans48.pre_map.hdb
..........\.......\..\trans48.psp
..........\.......\..\trans48.pss
..........\.......\..\trans48.rtlv.hdb
..........\.......\..\trans48.rtlv_sg.cdb
..........\.......\..\trans48.rtlv_sg_swap.cdb
..........\.......\..\trans48.sgdiff.cdb
..........\.......\..\trans48.sgdiff.hdb
..........\.......\..\trans48.sim.hdb
..........\.......\..\trans48.sim.qmsg
..........\.......\..\trans48.sim.rdb
..........\.......\..\trans48.sim.vwf
..........\.......\..\trans48.sld_design_entry.sci
..........\.......\..\trans48.sld_design_entry_dsc.sci
..........\.......\..\trans48.syn_hier_info
..........\.......\..\trans48.tan.qmsg
..........\.......\..\wed.zsf
..........\.op\alereg.asm.rpt
..........\...\alereg.bsf
..........\...\alereg.done
..........\...\alereg.fit.rpt
..........\...\alereg.fit.summary
..........\...\alereg.flow.rpt
..........\...\alereg.map.rpt
..........\...\alereg.map.summary
..........\...\alereg.pin
..........\...\alereg.pof
..........\...\alereg.qpf
..........\...\alereg.qsf
..........\...\alereg.qws
..........\...\alereg.sim.rpt
..........\...\alereg.sof
..........\...\alereg.tan.rpt
..........\...\alereg.tan.summary
..........\...\alereg.v
..........\...\alereg.vwf
..........\...\mecount10.asm.rpt
..........\...\mecount10.bsf
..........\...\mecount10.done
..........\...\mecount10.fit.rpt
..........\...\mecount10.fit.summary
..........\...\mecount10.flow.rpt
..........\...\mecount10.map.rpt
..........\...\mecount10.map.summary
..........\...\mecount10.pin
..........\...\mecount10.pof
..........\...\mecount10.qpf
..........\...\mecount10.qsf
..........\...\mecount10.qws
..........\...\mecount10.sim.rpt
..........\...\mecount10.sof
..........\...\mecount10.tan.rpt
..........\...\mecount10.tan.summary
..........\...\mecount10.v
..........\...\mecount10.vwf
..........\...\mediv2.asm.rpt
..........\...\mediv2.bsf
..........\...\mediv2.done
..........\...\mediv2.fit.rpt
..........\...\mediv2.fit.summary