文件名称:yi
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- 上传时间：2014-03-26
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文件大小：327.56kb
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a）以约 100KSPS 的采样率，连续对直流电压进行 AD 转换，将串行结果转换成并行，
显示在数码管上，测量三个以上电压点，分析 ADC 精度。
b）输入信号为 100Hz、幅度约 4.5V 的正极性正弦信号，用 SignalTap II 逻辑分析
仪分析转换结果。
c）实现单次 AD 转换：每按一次键，自动产生CS和一组时钟完成一次转换，将转换结
果显示在数码管上。
-a) sampling rate of about 100KSPS continuous DC voltage for AD conversion, the conversion result of the serial to parallel,
Displayed on the digital tube, measuring more than three voltage points, analyze ADC accuracy.
b) the input signal is a sinusoidal signal of positive polarity 100Hz, amplitude approximately 4.5V, with the SignalTap II logic analyzer
Analyzed the conversion result.
c) achieve a single AD conversion: Each time you press the button, and automatically generates a set of CS clock to complete a conversion, the conversion result
Results are displayed on digital.
显示在数码管上，测量三个以上电压点，分析 ADC 精度。
b）输入信号为 100Hz、幅度约 4.5V 的正极性正弦信号，用 SignalTap II 逻辑分析
仪分析转换结果。
c）实现单次 AD 转换：每按一次键，自动产生CS和一组时钟完成一次转换，将转换结
果显示在数码管上。
-a) sampling rate of about 100KSPS continuous DC voltage for AD conversion, the conversion result of the serial to parallel,
Displayed on the digital tube, measuring more than three voltage points, analyze ADC accuracy.
b) the input signal is a sinusoidal signal of positive polarity 100Hz, amplitude approximately 4.5V, with the SignalTap II logic analyzer
Analyzed the conversion result.
c) achieve a single AD conversion: Each time you press the button, and automatically generates a set of CS clock to complete a conversion, the conversion result
Results are displayed on digital.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
AD_4/
AD_4/AD_3.asm.rpt
AD_4/AD_3.bdf
AD_4/AD_3.done
AD_4/AD_3.dpf
AD_4/AD_3.fit.rpt
AD_4/AD_3.fit.smsg
AD_4/AD_3.fit.summary
AD_4/AD_3.flow.rpt
AD_4/AD_3.jdi
AD_4/AD_3.map.rpt
AD_4/AD_3.map.summary
AD_4/AD_3.merge.rpt
AD_4/AD_3.pin
AD_4/AD_3.pof
AD_4/AD_3.qpf
AD_4/AD_3.qsf
AD_4/AD_3.qws
AD_4/AD_3.sim.rpt
AD_4/AD_3.sof
AD_4/AD_3.tan.rpt
AD_4/AD_3.tan.summary
AD_4/AD_3.vwf
AD_4/AD_3_assignment_defaults.qdf
AD_4/db/
AD_4/db/add_sub_5ch.tdf
AD_4/db/add_sub_lkc.tdf
AD_4/db/add_sub_mkc.tdf
AD_4/db/AD_3.db_info
AD_4/db/AD_3.sim.cvwf
AD_4/db/AD_3.sim_ori.vwf
AD_4/db/AD_3.sld_design_entry.sci
AD_4/db/altsyncram_1ss3.tdf
AD_4/db/altsyncram_3ss3.tdf
AD_4/db/altsyncram_5ss3.tdf
AD_4/db/altsyncram_9ps3.tdf
AD_4/db/altsyncram_bps3.tdf
AD_4/db/altsyncram_dms3.tdf
AD_4/db/altsyncram_dps3.tdf
AD_4/db/altsyncram_ggq1.tdf
AD_4/db/altsyncram_igq1.tdf
AD_4/db/altsyncram_kgq1.tdf
AD_4/db/altsyncram_sdq1.tdf
AD_4/db/alt_u_div_q2f.tdf
AD_4/db/alt_u_div_u2f.tdf
AD_4/db/cmpr_5cc.tdf
AD_4/db/cmpr_6cc.tdf
AD_4/db/cmpr_8cc.tdf
AD_4/db/cmpr_9cc.tdf
AD_4/db/cntr_02j.tdf
AD_4/db/cntr_1ci.tdf
AD_4/db/cntr_45j.tdf
AD_4/db/cntr_7ai.tdf
AD_4/db/cntr_gui.tdf
AD_4/db/cntr_nbi.tdf
AD_4/db/cntr_obi.tdf
AD_4/db/cntr_pbi.tdf
AD_4/db/cntr_sbi.tdf
AD_4/db/cntr_ubi.tdf
AD_4/db/cntr_v1j.tdf
AD_4/db/decode_rqf.tdf
AD_4/db/logic_util_heursitic.dat
AD_4/db/lpm_constant_nf6.tdf
AD_4/db/lpm_constant_uf6.tdf
AD_4/db/lpm_divide_1tp.tdf
AD_4/db/lpm_divide_3tp.tdf
AD_4/db/mux_aoc.tdf
AD_4/db/mux_boc.tdf
AD_4/db/mux_eoc.tdf
AD_4/db/prev_cmp_AD_3.asm.qmsg
AD_4/db/prev_cmp_AD_3.fit.qmsg
AD_4/db/prev_cmp_AD_3.map.qmsg
AD_4/db/prev_cmp_AD_3.merge.qmsg
AD_4/db/prev_cmp_AD_3.qmsg
AD_4/db/prev_cmp_AD_3.sim.qmsg
AD_4/db/prev_cmp_AD_3.tan.qmsg
AD_4/db/sign_div_unsign_slh.tdf
AD_4/db/sign_div_unsign_ulh.tdf
AD_4/db/wed.wsf
AD_4/fp.bsf
AD_4/fp.vhd
AD_4/fp.vhd.bak
AD_4/incremental_db/
AD_4/incremental_db/compiled_partitions/
AD_4/incremental_db/compiled_partitions/AD_3.autoh_e4eb58185d954d358c52b26e0df67201.map.dpi
AD_4/incremental_db/compiled_partitions/AD_3.autoh_e4eb58185d954d358c52b26e0df67201.map.kpt
AD_4/incremental_db/compiled_partitions/AD_3.autoh_e4eb58185d954d358c52b26e0df67201.map.logdb
AD_4/incremental_db/compiled_partitions/AD_3.autos_3e92b2e5d298f5cf757a393f7655ccd81.map.dpi
AD_4/incremental_db/compiled_partitions/AD_3.autos_3e92b2e5d298f5cf757a393f7655ccd81.map.kpt
AD_4/incremental_db/compiled_partitions/AD_3.autos_3e92b2e5d298f5cf757a393f7655ccd81.map.logdb
AD_4/incremental_db/compiled_partitions/AD_3.db_info
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.cmp.dfp
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.cmp.kpt
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.cmp.logdb
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.map.dpi
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.map.kpt
AD_4/incremental_db/README
AD_4/kzq.bsf
AD_4/kzq.vhd
AD_4/kzq.vhd.bak
AD_4/lpm_constant0.bsf
AD_4/lpm_constant0.cmp
AD_4/lpm_constant0.qip
AD_4/lpm_constant0.vhd
AD_4/lpm_constant1.bsf
AD_4/lpm_constant1.cmp
AD_4/lpm_constant1.qip
AD_4/lpm_constant1.vhd
AD_4/lpm_divide0.bsf
AD_4/lpm_divide0.cmp
AD_4/lpm_divide0.qip
AD_4/lpm_divide0.vhd
AD_4/lpm_divide1.bsf
AD_4/lpm_divide1.cmp
AD_4/lpm_divide1.qip
AD_4/lpm_divide1.vhd
AD_4/lpm_mult0.bsf
AD_4/lpm_mult0.cmp
AD_4/lpm_mult0.qip
AD_4/lpm_mult0.vhd
AD_4/lpm_mult0_wave0.jpg
AD_4/lpm_mult0_waveforms.html
AD_4/stp1.stp
AD_4/AD_3.asm.rpt
AD_4/AD_3.bdf
AD_4/AD_3.done
AD_4/AD_3.dpf
AD_4/AD_3.fit.rpt
AD_4/AD_3.fit.smsg
AD_4/AD_3.fit.summary
AD_4/AD_3.flow.rpt
AD_4/AD_3.jdi
AD_4/AD_3.map.rpt
AD_4/AD_3.map.summary
AD_4/AD_3.merge.rpt
AD_4/AD_3.pin
AD_4/AD_3.pof
AD_4/AD_3.qpf
AD_4/AD_3.qsf
AD_4/AD_3.qws
AD_4/AD_3.sim.rpt
AD_4/AD_3.sof
AD_4/AD_3.tan.rpt
AD_4/AD_3.tan.summary
AD_4/AD_3.vwf
AD_4/AD_3_assignment_defaults.qdf
AD_4/db/
AD_4/db/add_sub_5ch.tdf
AD_4/db/add_sub_lkc.tdf
AD_4/db/add_sub_mkc.tdf
AD_4/db/AD_3.db_info
AD_4/db/AD_3.sim.cvwf
AD_4/db/AD_3.sim_ori.vwf
AD_4/db/AD_3.sld_design_entry.sci
AD_4/db/altsyncram_1ss3.tdf
AD_4/db/altsyncram_3ss3.tdf
AD_4/db/altsyncram_5ss3.tdf
AD_4/db/altsyncram_9ps3.tdf
AD_4/db/altsyncram_bps3.tdf
AD_4/db/altsyncram_dms3.tdf
AD_4/db/altsyncram_dps3.tdf
AD_4/db/altsyncram_ggq1.tdf
AD_4/db/altsyncram_igq1.tdf
AD_4/db/altsyncram_kgq1.tdf
AD_4/db/altsyncram_sdq1.tdf
AD_4/db/alt_u_div_q2f.tdf
AD_4/db/alt_u_div_u2f.tdf
AD_4/db/cmpr_5cc.tdf
AD_4/db/cmpr_6cc.tdf
AD_4/db/cmpr_8cc.tdf
AD_4/db/cmpr_9cc.tdf
AD_4/db/cntr_02j.tdf
AD_4/db/cntr_1ci.tdf
AD_4/db/cntr_45j.tdf
AD_4/db/cntr_7ai.tdf
AD_4/db/cntr_gui.tdf
AD_4/db/cntr_nbi.tdf
AD_4/db/cntr_obi.tdf
AD_4/db/cntr_pbi.tdf
AD_4/db/cntr_sbi.tdf
AD_4/db/cntr_ubi.tdf
AD_4/db/cntr_v1j.tdf
AD_4/db/decode_rqf.tdf
AD_4/db/logic_util_heursitic.dat
AD_4/db/lpm_constant_nf6.tdf
AD_4/db/lpm_constant_uf6.tdf
AD_4/db/lpm_divide_1tp.tdf
AD_4/db/lpm_divide_3tp.tdf
AD_4/db/mux_aoc.tdf
AD_4/db/mux_boc.tdf
AD_4/db/mux_eoc.tdf
AD_4/db/prev_cmp_AD_3.asm.qmsg
AD_4/db/prev_cmp_AD_3.fit.qmsg
AD_4/db/prev_cmp_AD_3.map.qmsg
AD_4/db/prev_cmp_AD_3.merge.qmsg
AD_4/db/prev_cmp_AD_3.qmsg
AD_4/db/prev_cmp_AD_3.sim.qmsg
AD_4/db/prev_cmp_AD_3.tan.qmsg
AD_4/db/sign_div_unsign_slh.tdf
AD_4/db/sign_div_unsign_ulh.tdf
AD_4/db/wed.wsf
AD_4/fp.bsf
AD_4/fp.vhd
AD_4/fp.vhd.bak
AD_4/incremental_db/
AD_4/incremental_db/compiled_partitions/
AD_4/incremental_db/compiled_partitions/AD_3.autoh_e4eb58185d954d358c52b26e0df67201.map.dpi
AD_4/incremental_db/compiled_partitions/AD_3.autoh_e4eb58185d954d358c52b26e0df67201.map.kpt
AD_4/incremental_db/compiled_partitions/AD_3.autoh_e4eb58185d954d358c52b26e0df67201.map.logdb
AD_4/incremental_db/compiled_partitions/AD_3.autos_3e92b2e5d298f5cf757a393f7655ccd81.map.dpi
AD_4/incremental_db/compiled_partitions/AD_3.autos_3e92b2e5d298f5cf757a393f7655ccd81.map.kpt
AD_4/incremental_db/compiled_partitions/AD_3.autos_3e92b2e5d298f5cf757a393f7655ccd81.map.logdb
AD_4/incremental_db/compiled_partitions/AD_3.db_info
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.cmp.dfp
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.cmp.kpt
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.cmp.logdb
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.map.dpi
AD_4/incremental_db/compiled_partitions/AD_3.root_partition.map.kpt
AD_4/incremental_db/README
AD_4/kzq.bsf
AD_4/kzq.vhd
AD_4/kzq.vhd.bak
AD_4/lpm_constant0.bsf
AD_4/lpm_constant0.cmp
AD_4/lpm_constant0.qip
AD_4/lpm_constant0.vhd
AD_4/lpm_constant1.bsf
AD_4/lpm_constant1.cmp
AD_4/lpm_constant1.qip
AD_4/lpm_constant1.vhd
AD_4/lpm_divide0.bsf
AD_4/lpm_divide0.cmp
AD_4/lpm_divide0.qip
AD_4/lpm_divide0.vhd
AD_4/lpm_divide1.bsf
AD_4/lpm_divide1.cmp
AD_4/lpm_divide1.qip
AD_4/lpm_divide1.vhd
AD_4/lpm_mult0.bsf
AD_4/lpm_mult0.cmp
AD_4/lpm_mult0.qip
AD_4/lpm_mult0.vhd
AD_4/lpm_mult0_wave0.jpg
AD_4/lpm_mult0_waveforms.html
AD_4/stp1.stp
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