文件名称:tlc549adc
介绍说明－－下载内容均来自于网络，请自行研究使用
利用状态机实现对TLC549的采样控制，实验时可调节电位器RW1（在开发板底板左下角），改变ADC
的模拟量输入值，数据采集读取后在数码管上显示。可以自己用万用表测一下输入电压，
然后与读取到的数据比较一下。注意：数码管显示的数据不是最终结果，还需要转换。
转换方法：
比如，采样电压值为V ，ADC转换后读取的8位二进制数为D，Vref为参考电压值，这里是2.5V
那么以下等式成立：
V=（D/256）*Vref-Using the state machine to achieve the TLC549 sampling control, adjustable experiments (in the lower left corner of the development board backplane) potentiometer RW1, change ADC
Analog input value, after the data acquisition read on the digital display. You can own with a multimeter measuring about input voltage,
Then compare the read data. Note: The digital display data is not the final result, but also need to be converted.
Conversion method:
For example, sampling the voltage value V, 8-bit binary number after the ADC read is D, Vref is the reference voltage value, here is 2.5V
Then the following equation holds:
V = (D/256)* Vref
的模拟量输入值，数据采集读取后在数码管上显示。可以自己用万用表测一下输入电压，
然后与读取到的数据比较一下。注意：数码管显示的数据不是最终结果，还需要转换。
转换方法：
比如，采样电压值为V ，ADC转换后读取的8位二进制数为D，Vref为参考电压值，这里是2.5V
那么以下等式成立：
V=（D/256）*Vref-Using the state machine to achieve the TLC549 sampling control, adjustable experiments (in the lower left corner of the development board backplane) potentiometer RW1, change ADC
Analog input value, after the data acquisition read on the digital display. You can own with a multimeter measuring about input voltage,
Then compare the read data. Note: The digital display data is not the final result, but also need to be converted.
Conversion method:
For example, sampling the voltage value V, 8-bit binary number after the ADC read is D, Vref is the reference voltage value, here is 2.5V
Then the following equation holds:
V = (D/256)* Vref
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下载文件列表
tlc549adc\adc.v
.........\impact.xsl
.........\impact_impact.xwbt
.........\int_div.v
.........\.seconfig\tlc549adc.projectmgr
.........\.........\tlc549adc.xreport
.........\output.txt
.........\par_usage_statistics.html
.........\scan_led.v
.........\tlc549adc.bgn
.........\tlc549adc.bit
.........\tlc549adc.bld
.........\tlc549adc.cfi
.........\tlc549adc.cmd_log
.........\tlc549adc.drc
.........\tlc549adc.gise
.........\tlc549adc.ipf
.........\tlc549adc.lso
.........\tlc549adc.mcs
.........\tlc549adc.ncd
.........\tlc549adc.ngc
.........\tlc549adc.ngd
.........\tlc549adc.ngr
.........\tlc549adc.pad
.........\tlc549adc.par
.........\tlc549adc.pcf
.........\tlc549adc.prj
.........\tlc549adc.prm
.........\tlc549adc.ptwx
.........\tlc549adc.stx
.........\tlc549adc.syr
.........\tlc549adc.twr
.........\tlc549adc.twx
.........\tlc549adc.ucf
.........\tlc549adc.unroutes
.........\tlc549adc.ut
.........\tlc549adc.v
.........\tlc549adc.xise
.........\tlc549adc.xpi
.........\tlc549adc.xst
.........\tlc549adc_bitgen.xwbt
.........\tlc549adc_envsettings.html
.........\tlc549adc_guide.ncd
.........\tlc549adc_map.map
.........\tlc549adc_map.mrp
.........\tlc549adc_map.ncd
.........\tlc549adc_map.ngm
.........\tlc549adc_map.xrpt
.........\tlc549adc_ngdbuild.xrpt
.........\tlc549adc_pad.csv
.........\tlc549adc_pad.txt
.........\tlc549adc_par.xrpt
.........\tlc549adc_summary.html
.........\tlc549adc_summary.xml
.........\tlc549adc_usage.xml
.........\tlc549adc_xst.xrpt
.........\usage_statistics_webtalk.html
.........\webtalk.log
.........\webtalk_impact.xml
.........\webtalk_pn.xml
.........\xlnx_auto_0_xdb\cst.xbcd
.........\.st\work\work.sdbl
.........\...\....\work.sdbx
.........\_ngo\netlist.lst
.........\.xmsgs\bitgen.xmsgs
.........\......\map.xmsgs
.........\......\ngdbuild.xmsgs
.........\......\par.xmsgs
.........\......\pn_parser.xmsgs
.........\......\trce.xmsgs
.........\......\xst.xmsgs
.........\xst\dump.xst\tlc549adc.prj
.........\tlc549adc_xdb\tmp
.........\xst\dump.xst
.........\...\projnav.tmp
.........\...\work
.........\ipcore_dir
.........\iseconfig
.........\tlc549adc_xdb
.........\xlnx_auto_0_xdb
.........\xst
.........\_ngo
.........\_xmsgs
tlc549adc