Wavelet transform modulus maxima method - Revision history

en>Bgwhite: WP:CHECKWIKI error fix #69. ISBN problem. Do general fixes and cleanup if needed. - using AWB (10072)

2014-04-09T23:08:07Z

WP:CHECKWIKI error fix #69. ISBN problem. Do general fixes and cleanup if needed. - using AWB (10072)

← Older revision		Revision as of 01:08, 10 April 2014
Line 1:		Line 1:
	~~[[File:Voltmeter Ammeter.jpg\|thumb\|250px]]~~
	~~In electrical engineering '''class of accuracy''' is a figure which represents the error tolerance of a measuring device.~~

	~~== Measurement ==~~
	In electrical engineering characteristics like [[Electric current\|current]] or [[voltage]] can be measured by devices named [[ammeter]], [[voltmeter]], [[multimeter]], etc. The ammeter is used in series with the load. So the same current flows through the load and the ammeter. The voltmeter is used in parallel with the load. So the voltage between the two terminals of the load is equal to the voltage between the two terminals of the voltmeter. Ideally the measuring device should not affect the circuit parameters i.e., the internal [[Electrical impedance\|impedance]] of the ammeter should be zero (no voltage drop over the ammeter) and the internal impedance of the voltmeter should be infinite (no current through the voltmeter). However in actual case, ammeters have a low but non zero impedance and voltmeters have a high but not infinite internal impedance. Thus the measured parameters are somewhat altered during the measurements.

	~~== Example ==~~		Candy Crush Saga is a single of the most common, enjoyable and frustrating social video games on the Internet. Retain in thoughts that you will constantly need to have at least 1 daily life merely to commence taking part in a degree. Your lives will regenerate themselves individually every single thirty minutes, which suggests that you will have to wait an entire hour just to have two new lives. Thus, in purchase to get what you need devoid of getting to wait for hrs or bother all of your online pals, the simplest route to consider would be to take benefit of Candy Crush cheats.<br><br>From time to time it's exciting just to perform devoid of the stress of finishing a degree with limited moves. Getting mentioned that, Candy Crush is a entertaining, nutritious and harmless addiction for the whole family. Not too long ago you guys additional the feature to purchase (with USD "gold" which then you can use the gold to purchase every thing else on candy crush. Let's encounter it, matching 3 similarly colored pieces of candy isplay.<br><br>Genauso ist es in der Traumwelt, da hört es nach Level 65 auf, obwohl es schon mehr gibt. Thank you a whole lot.i would like mod like this but just with 30 moves, it really is considerably less complicated to play with this mod even u never have extra moves and lives, the score is too high. Second choice sounds ideal for me. I would propose though less than one hundred moves (say 80) rather of 150 so the scores don't hit the roof and you may possibly from time to time fail a degree or two.<br><br>Which is the primary cause to use it. It really is safety and efficiency are highest between cheat methods. But when it comes to the Candy [http://Browse.Deviantart.com/?qh=&section=&global=1&q=Crush+Saga Crush Saga] hack device, it isn't going to get a lot safer than that. The Candy Crush Saga hack for Android and iOS is undetectable and tested. The Candy Crush Saga moves generator instrument is extremely straightforward to use. Instructions file comes along with the [http://candycrushsagacheatsx.wordpress.com/ Candy Crush Saga Hack download]. Therefore, Candy Crush Saga cheats demonstrate to be really powerful time savers as very well. Pass all Candy Crush Saga amounts.
	~~Let E be the EMF~~ of the ~~source R be~~ the ~~resistance~~ of the ~~load and r~~ be ~~the resistance~~ of ~~the ammeter~~. ~~The current through the load is I~~

	:<~~math~~>~~I=\frac{E}{R}~~<~~/math~~>

	~~When~~ the ~~ammeter~~ is ~~connected in series~~ with the ~~load the current I~~<~~sub~~>2<~~/sub~~> is

	~~:<math>I_2=\frac{E}{R+r}</math>~~

	~~The difference introduced by~~ the ~~measuring device~~ is ~~then,~~

	:<~~math~~>~~\Delta I = I-I_2 \approx\frac{E\cdot r}{R^2}~~ <~~/math~~>

	~~The ratio of~~ the ~~difference~~ to the ~~actual value is <ref>Georg Rose~~: ~~''Elektroteknik ve Elektronik Formüller'' (translation:Haluk Erna), Inkılap ve Aka Yayınevi, İstanbul,1975, p~~.~~175<~~/~~ref>~~

	~~:<math>\frac{\Delta I}{I}\approx\frac{r}{R} </math>~~

	== ~~Class of accuracy~~ ==
	The ~~profesional measuring devices are labelled~~ for ~~the class of accuracy~~. ~~This figure~~ is ~~the percentage of the inherent error of the measuring device with respect~~ to ~~full scale deflection~~. ~~For example, if~~ the ~~class of accuracy is 2 that means an error of 2 volts in a full scale 100 volt reading~~.~~<ref>''Pocket Handbook on Electrical Measurements'', Siemens,AG, 1966, p~~.~~29<~~/~~ref>~~

	~~== References ==~~
	~~<references/>~~

	~~{{DEFAULTSORT:Class Of Accuracy In Electrical Measurements}}~~
	~~[[Category:Electronic test equipment]]~~
	~~[[Category:Measuring instruments]~~]

en>AnomieBOT: Dating maintenance tags: {{Vague}}

2013-10-17T17:35:44Z

Dating maintenance tags: {{Vague}}

← Older revision		Revision as of 19:35, 17 October 2013
Line 1:		Line 1:
	I'~~m Tiffani~~ and ~~I live~~ in a ~~seaside city~~ in ~~northern Norway~~, ~~Drammen~~. I'~~m 33 and I~~'~~m will soon finish my study at Social Service~~.<br><br>~~My blog post~~ [~~http~~:~~//tinyurl.com/ma8zrdo nike free run~~]		[[File:Voltmeter Ammeter.jpg\|thumb\|250px]]
			In electrical engineering '''class of accuracy''' is a figure which represents the error tolerance of a measuring device.

			== Measurement ==
			In electrical engineering characteristics like [[Electric current\|current]] or [[voltage]] can be measured by devices named [[ammeter]], [[voltmeter]], [[multimeter]], etc. The ammeter is used in series with the load. So the same current flows through the load and the ammeter. The voltmeter is used in parallel with the load. So the voltage between the two terminals of the load is equal to the voltage between the two terminals of the voltmeter. Ideally the measuring device should not affect the circuit parameters i.e., the internal [[Electrical impedance\|impedance]] of the ammeter should be zero (no voltage drop over the ammeter) and the internal impedance of the voltmeter should be infinite (no current through the voltmeter). However in actual case, ammeters have a low but non zero impedance and voltmeters have a high but not infinite internal impedance. Thus the measured parameters are somewhat altered during the measurements.

			== Example ==
			Let E be the EMF of the source R be the resistance of the load and r be the resistance of the ammeter. The current through the load is I

			:<math>I=\frac{E}{R}</math>

			When the ammeter is connected in series with the load the current I<sub>2</sub> is

			:<math>I_2=\frac{E}{R+r}</math>

			The difference introduced by the measuring device is then,

			:<math>\Delta I = I-I_2 \approx\frac{E\cdot r}{R^2} </math>

			The ratio of the difference to the actual value is <ref>Georg Rose: ''Elektroteknik ve Elektronik Formüller'' (translation:Haluk Erna), Inkılap ve Aka Yayınevi, İstanbul,1975, p.175</ref>

			:<math>\frac{\Delta I}{I}\approx\frac{r}{R} </math>

			== Class of accuracy ==
			The profesional measuring devices are labelled for the class of accuracy. This figure is the percentage of the inherent error of the measuring device with respect to full scale deflection. For example, if the class of accuracy is 2 that means an error of 2 volts in a full scale 100 volt reading.<ref>''Pocket Handbook on Electrical Measurements'', Siemens,AG, 1966, p.29</ref>

			== References ==
			<references/>

			{{DEFAULTSORT:Class Of Accuracy In Electrical Measurements}}
			[[Category:Electronic test equipment]]
			[[Category:Measuring instruments]]

en>Makecat: /* References */clean up, typos fixed: , → , using AWB (8062)

2012-08-10T05:56:24Z

References: clean up, typos fixed: , → , using AWB (8062)

New page

I'm Tiffani and I live in a seaside city in northern Norway, Drammen. I'm 33 and I'm will soon finish my study at Social Service.<br><br>My blog post [http://tinyurl.com/ma8zrdo nike free run]