.vn_in(vn_in), // input wire vn_in .channel_out(channel_out), // Channel selection outputs. 只是正在采样的通道 .eoc_out(eoc_out), // End of Conversion signal. .alarm_out(alarm_out), // output wire alarm_out .eos_out(eos_out), // End of Sequence .busy_out(busy_out) // ...
.channel_out(CHANNEL_OUT), 余下四个DRP端口,两个输出两个输入。两个输出直接引出来,其中do_out就是最终需要的数据。这个端口是16bit,取高12bit即可(对应XADC中宣称的12位)。 XADC的IP端口中还有两个,名为eoc_out和channel_out。将eoc_out连接到DRP端口的den_in端口,含义是当多路采样的某一路完成采样后,...
.vn_in(vn_in), // input wire vn_in .channel_out(channel_out), // Channel selection outputs. 只是正在采样的通道 .eoc_out(eoc_out), // End of Conversion signal. .alarm_out(alarm_out), // output wire alarm_out .eos_out(eos_out), // End of Sequence .busy_out(busy_out) // ...
.drdy_out (DRDY_OUT), .eoc_out (EOC_OUT), .channel_out (CHANNEL_OUT), 余下四个DRP端口,两个输出两个输入。两个输出直接引出来,其中do_out就是最终需要的数据。这个端口是16bit,取高12bit即可(对应XADC中宣称的12位)。 XADC的IP端口中还有两个,名为eoc_out和channel_out。将eoc_out连接到DRP端口...
.vauxn15(vauxn15),// input wire vauxn15.channel_out(channel_out),// output wire [4 : 0] channel_out.eoc_out(eoc_out),// output wire eoc_out.alarm_out(alarm_out),// output wire alarm_out.eos_out(eos_out),// output wire eos_out.busy_out(busy_out)// output wire busy_out);...
CHANNEL(CHANNEL_OUT[4:0]), .DO(DO_OUT[15:0]), .DRDY(DRDY_OUT), .EOC(EOC_OUT), .EOS(EOS_OUT), .JTAGBUSY(),// not used .JTAGLOCKED(),// not used .JTAGMODIFIED(),// not used .OT(OT_OUT), .MUXADDR(),// not used .VP(VP_IN), .VN(VN_IN) ); 5.温度电压计算公式 ...
18、he address of the next channel in a seqttnce to be co-nvcrtod- They providr the channl adJi css for exteml multiplexer f吕诧 HxteniLil MultipltXtiCHANNEL4:0OutputsCliamiyl selGCtiun output. The ADC input MUX cluimvL selection for the current ADC conversion is placed on these outp...
问XADC测试台vivado仿真-模拟信号问题EN在UG480XADC.pdf中有一个示例，包括刺激文件和testbench。
Hi there,I have a MicroZed 7020 Board and want to read VN/VP values. Vor my IO Ports Vivado lets me only choose Package Pin L10 and K9.Ok, so I look into the HW Guide () and on page 17 it tells me I reach those pins through JX1 97 and 99..So I...
xadc 管脚电压 tempout cyt431a管脚 第一篇、TL431工作原理及经典应用电路一、TL431介绍TL431是由美国德州仪器公司(TI)和Motorola公司生产的2.50~36V可调精密并联稳压器,它是一种具有可调电流输出能力的基准电压源,TL431系列产品包括TL431C、TL431AC、TL431I、TL431AI、TL431M、TL431Y,共6种型号。它们的内部电路完全...