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authorYann Herklotz <ymherklotz@gmail.com>2016-11-21 21:14:34 +0000
committerGitHub <noreply@github.com>2016-11-21 21:14:34 +0000
commit7a3e0914510a0d2b62f6085b621568337133389f (patch)
treeca0fcc6e3a349d4a4bcadf7dc5f9010afea975f9
parentd7d94ab8fab6b9a09e6bbb07c2f34a8517a31bf4 (diff)
downloadVerilogCoursework-7a3e0914510a0d2b62f6085b621568337133389f.tar.gz
VerilogCoursework-7a3e0914510a0d2b62f6085b621568337133389f.zip
Update README.md
-rw-r--r--part_1/README.md8
1 files changed, 6 insertions, 2 deletions
diff --git a/part_1/README.md b/part_1/README.md
index 4ca2609..8f3d0d3 100644
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@@ -26,13 +26,17 @@ 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.
+__Slow 1100mV 0°C TimeQuest Timing Analyzer Table__
+
![0 degrees timing](https://github.com/ymherklotz/digital_verilog_coursework/blob/master/Extra/ex1/RiseAndFall0degree.PNG)
-__Slow 1100mV 0°C TimeQuest Timing Analyzer Table__
+Then for the second table we used the "Slow 1100mV 85°C" TimeQuest Analysis and got a slightly different table from it.
+
+
+__Slow 1100mV 85°C TimeQuest Timing Analyzer Table__
![85 degrees timing](https://github.com/ymherklotz/digital_verilog_coursework/blob/master/Extra/ex1/RiseAndFall85degree.PNG)
-__Slow 1100mV 0°C TimeQuest Timing Analyzer Table__
From these two tables we can