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<div id="itamenu"> <span class="hps">Yesterday (31/03)</span> <span class="hps">different</span> <span class="hps">data and graphs</span> <span class="hps">were obtained to test</span> <span class="hps">the settings</span> <span class="hps">of the</span> <span class="hps">higher voltage</span>, <span class="hps">the</span> <span class="hps">lower voltage</span> <span class="hps atn">(</span>control) <span class="hps">and</span> <span class="hps">better</span> <span class="hps">treshold</span>.</div>
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<div style="zoom:1" dir="ltr"><span lang="en" id="result_box"> <span class="hps">The tests were performed</span> <span class="hps">with and without</span> <span class="hps">the source of</span> <span class="hps">strontium.</span> <br />
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<span class="hps">Here are</span> <span class="hps">the results</span><span>:</span></span></div>
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For: <br />
+6 --- > 0,799V<br />
+25---> 12V<br />
<a href="140402_192102/12V_in_High_Voltage.png?lb=lape"><img border="0" id="att0" name="att0" src="140402_192102/12V_in_High_Voltage.png?lb=lape&thumb=1" alt="12V_in_High_Voltage.png" /></a> <br />
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<p>Where the red curve is the data without source, and the blue one is with it.<br />
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For:<br />
+6 --- > 0,799V<br />
+25--->13V<br />
<a href="140402_192244/13V_in_High_Voltage.png?lb=lape"><img border="0" alt="13V_in_High_Voltage.png" src="140402_192244/13V_in_High_Voltage.png?lb=lape&thumb=1" name="att1" id="att1" /></a></p>
<p>In the same colors for the curves<br />
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For:<br />
+6 --- > 0,799V<br />
+25---> 14V</p>
<p><a href="140402_192447/14V_in_High_Voltage.png?lb=lape"><img border="0" id="att2" name="att2" src="140402_192447/14V_in_High_Voltage.png?lb=lape&thumb=1" alt="14V_in_High_Voltage.png" /></a><br />
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<p>The measures were made with constant value to input control's voltage (+6 --> 0,799), then we could check the graphic's behavior when changing the high voltage (+25).<br />
We have count per second in y axis and treshold in x axis.<br />
As we can see in the graphs, the high voltage doesn't really interfere in the counts per second, then we can use any of those values.<br />
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Also we've made measures changing the value of input control's voltage (+6 ) and fixed the high voltage's value (+25) as 12V.<br />
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Between 0.000V and 0.700V we had no significant data <br />
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<p>For:<br />
+6--> 0,800V<br />
+25-->12V<br />
<a href="140402_192559/0.800_in_Low_Voltage.png?lb=lape"><img border="0" alt="0.800_in_Low_Voltage.png" src="140402_192559/0.800_in_Low_Voltage.png?lb=lape&thumb=1" name="att3" id="att3" /></a></p>
<p>________________________________________________________________________________________________________<br />
For:<br />
+6-->0,850V<br />
+25-->12V<br />
<a href="140402_192635/0.850_in_Low_Voltage.png?lb=lape"><img border="0" id="att4" name="att4" src="140402_192635/0.850_in_Low_Voltage.png?lb=lape&thumb=1" alt="0.850_in_Low_Voltage.png" /></a><br />
I don't know why the red curve doesn't appear in the graph, once the .C file is exactly the same but changing the values.<br />
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For:<br />
+6-->0,900V<br />
+25-->12V</p>
<p> <a href="140402_193003/0.900_in_Low_Voltage.png?lb=lape"><img border="0" alt="0.900_in_Low_Voltage.png" src="140402_193003/0.900_in_Low_Voltage.png?lb=lape&thumb=1" name="att5" id="att5" /></a></p>
<p>The red curve is missed again <img src="http://elog.if.ufrj.br:31002/fckeditor/editor/images/smiley/msn/sad_smile.gif" alt="" />.<br />
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I really did not understand the behavior of those graphs and could not conclude anything.</p> |