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• Linear Algebra/Topic: Analyzing Networks
  The diagram below shows some of a car's electrical network. circuits connecting the battery's ends, if there are any such circuits.
  19 KB (2931 words) - 03:32, 12 March 2008
• Circuit Idea
  ... keeps the current|new story]] - [[Circuit Idea/Philosophy|philosophy]] - [[Circuit Idea/How to Contribute|contribution ]] - book stage {{stage short|25%}} >> ... ... ><span style="font-size:190%; color:#0099FF">'''Revealing the Ideas behind Circuits'''</span></center>
  45 KB (6151 words) - 18:27, 4 November 2008
• Circuit Idea/Simple Op-amp Summer Design
  <center><span style="font-size:110%">'''<<< [[Circuit Idea#Table of Contents|contents]] - [http://www.edn.com/archives/1998/0302 ... <center><span style="font-size:130%">'''''After the EDN's article [http://www.edn.com/archives/1998/030298/05df_05.pdf Single-formul ...
  28 KB (4588 words) - 17:48, 5 November 2007
• Circuit Idea/Series Voltage Summer
  ... le="font-size:110%">'''<<< [[Circuit Idea#Table of Contents|contents]] - [[Circuit Idea/Parallel Voltage Summer|parallel version]] - page stage {{stage short ... ... n style="font-size:140%">'''Deriving a Series Voltage Summer from Kirchhoff's Voltage Law'''</span></center>
  11 KB (1870 words) - 21:09, 9 July 2008
• Circuit Idea/Parallel Voltage Summer
  ... of Contents|contents]] - [[Circuit Idea/Series Voltage Summer|series]] - [[Circuit Idea/Op-amp Inverting Summer|active]] - page stage {{stage short|100%}} >> ... ... summer_loop_1000.jpg|right|thumb|250px|<center>Fig. 2. Where to ground the circuit?</center>]]
  12 KB (1999 words) - 18:07, 16 March 2008
• Circuit Idea/Group 64a
  ... cuit Idea/Group 66a|Group 66a]] - [[Circuit Idea/Group 67a|Group 67a]] - [[Circuit Idea/Group 68a|Group 68a]] - page stage {{stage short|75%}} >>>'''</span>< ... ... cuit Idea/Group 66b|Group 66b]] - [[Circuit Idea/Group 67b|Group 67b]] - [[Circuit Idea/Group 68b|Group 68b]] >>>'''</span></center>
  33 KB (5313 words) - 12:57, 23 June 2008
• Electronics/DC Voltage and Current
  ==Ohm's Law== Ohm's law describes the relationship between voltage, current, and resistance.
  10 KB (1626 words) - 17:49, 27 March 2008
• Amateur Radio Manual/Ohm's Law and Resistors
  ==Ohm's Law== Ohm's Law a fundamental principle in electronics. The law states the relationsh ...
  8 KB (1351 words) - 18:38, 9 July 2008
• FHSST Physics Electricity:Voltage and current in a practical circuit
  = Voltage and current in a practical circuit = "dropped") between any points in a circuit with resistance between them. It is important to note that although the am ...
  5 KB (884 words) - 23:59, 19 July 2008
• Practical Electronics
  '''''A Guide to Understanding and Creating Electronic Circuits.''''' ... ook, you should be able to combine circuit elements to create more complex circuits, and have an understanding of how it works. To begin, you need just basic ...
  7 KB (920 words) - 02:06, 31 July 2008
• A-level Physics/Electrons and Photons/D.C. circuits
  A D.C. circuit usually has a steady and constant voltage supplied to it. A Direct Current ... ==Circuit diagrams==
  3 KB (490 words) - 06:49, 2 May 2008
• Circuit Idea/Group 65b
  ... cuit Idea/Group 66a|Group 66a]] - [[Circuit Idea/Group 67a|Group 67a]] - [[Circuit Idea/Group 68a|Group 68a]] - page stage {{stage short|75%}} >>>'''</span>< ... ... cuit Idea/Group 66b|Group 66b]] - [[Circuit Idea/Group 67b|Group 67b]] - [[Circuit Idea/Group 68b|Group 68b]] >>>'''</span></center>
  49 KB (7990 words) - 08:12, 31 May 2008
• Microfluidics/Hydraulic resistance and capacity
  ... for the design of complex networks. Actually Kirchhoff's laws for electric circuits apply, being modified in: * the sum of flow rates on a node of the circuit is zero
  7 KB (1129 words) - 12:12, 4 June 2008
• Signals and Systems/Time Domain Analysis/System Response
  Consider the driven RLC circuit below. Determine the current in the circuit, ''y(t)'', given an input of <math>x(t)=8e^{-2t}</math>. The initial curre ... By Kirchhoff's Voltage Law, we obtain the loop equation, replacing ''i'' with ''y(t)'':
  7 KB (1300 words) - 05:57, 3 March 2008
• Circuit Idea/Group 66a
  ... cuit Idea/Group 65a|Group 65a]] - [[Circuit Idea/Group 67a|Group 67a]] - [[Circuit Idea/Group 68a|Group 68a]] - page stage {{stage short|75%}} >>>'''</span>< ... ... cuit Idea/Group 66b|Group 66b]] - [[Circuit Idea/Group 67b|Group 67b]] - [[Circuit Idea/Group 68b|Group 68b]] >>>'''</span></center>
  29 KB (4707 words) - 06:42, 9 May 2008
• FHSST Physics Electronics:active circuit elements
  = active circuit elements, diode, LED and field effect transistor, operational amplifier = ... d reverse-bias is the polarity of the voltage dropped across the diode. Let's take a closer look at the simple
  33 KB (5442 words) - 00:01, 20 July 2008
• FHSST Physics Electromagnetism:Measurements of AC magnitude
  circuit. But how do you grant a single measurement of magnitude to something that ... points on a waveform's graph to a single, aggregate number. This amplitude measure is known simpl ...
  14 KB (2357 words) - 00:00, 20 July 2008
• Analogue Electronics/BJTs/Active Mode
  We now define a quantity called the '''saturation current''' as follows: ... ratio of the EBJ area and the width of the base, it is also known as the '''scale current'''. This is a frequently-used principle in the field of IC des ...
  17 KB (3147 words) - 07:51, 16 September 2008

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