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authorYann Herklotz <ymherklotz@gmail.com>2016-11-21 21:10:56 +0000
committerGitHub <noreply@github.com>2016-11-21 21:10:56 +0000
commit0a2921c0f70e0649ba70ff51ef205a214604839a (patch)
tree4078ba9b235311b5ec8f5096de23eb2d966d240b
parent77d5fcb0959f100f424160e1dc505b7c23cb0ccf (diff)
downloadVerilogCoursework-0a2921c0f70e0649ba70ff51ef205a214604839a.tar.gz
VerilogCoursework-0a2921c0f70e0649ba70ff51ef205a214604839a.zip
Update README.md
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@@ -26,6 +26,8 @@ Finally we compiled the project and downloaded it onto the FPGA and it worked li
To analyze the propagation delays from inputs to outputs we used the TimeQuest Timing Analyzer to create a table that contains all the propagation delays of all the inputs and outputs. First we looked at the propagation delay under the conditions "Slow 1100mV 0°C". This gave the following table.
-![0 degrees timing](https://github.com/ymherklotz/digital_verilog_coursework/blob/master/Extra/ex1/RiseAndFall0degree.PNG)![85 degrees timing](https://github.com/ymherklotz/digital_verilog_coursework/blob/master/Extra/ex1/RiseAndFall85degree.PNG)
+![0 degrees timing](https://github.com/ymherklotz/digital_verilog_coursework/blob/master/Extra/ex1/RiseAndFall0degree.PNG)
+__Slow 1100mV 0°C TimeQuest Timing Analyzer Table__
+![85 degrees timing](https://github.com/ymherklotz/digital_verilog_coursework/blob/master/Extra/ex1/RiseAndFall85degree.PNG)
-From this
+From these two tables we can