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== Rules in a series circuit == | == Rules in a series circuit == | ||
* Voltages in Series circuits add up: The sum of all voltage sources is equal to the sum of all voltage consumers. For example a | * Voltages in Series circuits add up: The sum of all voltage sources is equal to the sum of all voltage consumers. For example a 12 V Battery powers 8 equal lamps which are connected in series: The 8 lamps share the voltage in equal parts of 1.5 V each. When measuring voltage across more than one lamp the voltages add up. | ||
* Current through all parts of the series circuit is equal at any point. | * Current through all parts of the series circuit is equal at any point. | ||
[[File:Series-Circuit_02_Lamps_Voltages_add.png]] | |||
== Voltage Divider == | == Voltage Divider == | ||
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Java applet which allows to set different resistor values:<br> | Java applet which allows to set different resistor values:<br> | ||
http://www.schule-bw.de/unterricht/faecher/physik/online_material/e_lehre_1/ohm/reihevirtuell.htm | http://www.schule-bw.de/unterricht/faecher/physik/online_material/e_lehre_1/ohm/reihevirtuell.htm | ||
[[Category:Electronics]] | |||
[[Category:Martin Schied]] | |||
Latest revision as of 01:28, 26 November 2011
Series circuit means the connection of two or more parts are connected one after an other.
Rules in a series circuit
- Voltages in Series circuits add up: The sum of all voltage sources is equal to the sum of all voltage consumers. For example a 12 V Battery powers 8 equal lamps which are connected in series: The 8 lamps share the voltage in equal parts of 1.5 V each. When measuring voltage across more than one lamp the voltages add up.
- Current through all parts of the series circuit is equal at any point.
Voltage Divider
2 Resistors which are connected in series share the voltage according to their resistance values.
Java applet which allows to set different resistor values:
http://www.schule-bw.de/unterricht/faecher/physik/online_material/e_lehre_1/ohm/reihevirtuell.htm