Comments on: The power supply for a pulsed nitrogen laser has a 0.076 µF capacitor with a maximum ? http://www.thepulsartriyo.com/pulse-power/the-power-supply-for-a-pulsed-nitrogen-laser-has-a-0-076-%c2%b5f-capacitor-with-a-maximum/ Tue, 31 Jan 2012 11:19:59 +0000 hourly 1 http://wordpress.org/?v=3.2.1 By: **PiNoY YFC** http://www.thepulsartriyo.com/pulse-power/the-power-supply-for-a-pulsed-nitrogen-laser-has-a-0-076-%c2%b5f-capacitor-with-a-maximum/#comment-3789 **PiNoY YFC** Sun, 28 Feb 2010 05:11:59 +0000 http://www.thepulsartriyo.com/pulse-power/the-power-supply-for-a-pulsed-nitrogen-laser-has-a-0-076-%c2%b5f-capacitor-with-a-maximum#comment-3789 (a) E = ½CV² E = ½ * (0.076 * 10^-6) * (30000²) E = 34.2 Joules (b) 15% * 34.2 = 5.13J P = E / t P = 5.13 / (8 * 10^-6) P = 641,250 Watts hope this helps ^_^<br><b>References : </b><br> (a) E = ½CV²
E = ½ * (0.076 * 10^-6) * (30000²)
E = 34.2 Joules

(b) 15% * 34.2 = 5.13J
P = E / t
P = 5.13 / (8 * 10^-6)
P = 641,250 Watts

hope this helps ^_^
References :

]]> By: arsenalamie http://www.thepulsartriyo.com/pulse-power/the-power-supply-for-a-pulsed-nitrogen-laser-has-a-0-076-%c2%b5f-capacitor-with-a-maximum/#comment-3788 arsenalamie Sun, 28 Feb 2010 04:40:59 +0000 http://www.thepulsartriyo.com/pulse-power/the-power-supply-for-a-pulsed-nitrogen-laser-has-a-0-076-%c2%b5f-capacitor-with-a-maximum#comment-3788 Watts are joules/second, so take 0.15 x 37 to get 15% of the power, then divide by 8 x 10-6 seconds (8 microseconds) to get the answer. 5.85/0.000008 would be the answer in watts.<br><b>References : </b><br> Watts are joules/second, so take 0.15 x 37 to get 15% of the power, then divide by 8 x 10-6 seconds (8 microseconds) to get the answer.

5.85/0.000008 would be the answer in watts.
References :

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