Circuit Board Question . Anyone got the Answer please
#2
Series circuit:
POWER -----SWITCH-----SWITCH-----SWITCH----- BULB
Paralell:
POWER -----SWITCH------ BULB
POWER |.................|
POWER |--SWITCH--|
In the series circuit, all three switches must be on for the bulb to light. This is the most basic of circuits.
In the paralell circuit, if either switch is on, then the bulb lights. This is similar to a household lighting circuit.
CHECK IT OUT!
http://www.berkeleypoint.com/learnin...l_circuit.html
Damo
PS. FIXED WIDTH NOW!!!
[Edited by damian666 - 1/6/2004 7:09:23 PM]
[Edited by damian666 - 1/6/2004 7:10:07 PM]
[Edited by damian666 - 1/6/2004 7:10:35 PM]
POWER -----SWITCH-----SWITCH-----SWITCH----- BULB
Paralell:
POWER -----SWITCH------ BULB
POWER |.................|
POWER |--SWITCH--|
In the series circuit, all three switches must be on for the bulb to light. This is the most basic of circuits.
In the paralell circuit, if either switch is on, then the bulb lights. This is similar to a household lighting circuit.
CHECK IT OUT!
http://www.berkeleypoint.com/learnin...l_circuit.html
Damo
PS. FIXED WIDTH NOW!!!
[Edited by damian666 - 1/6/2004 7:09:23 PM]
[Edited by damian666 - 1/6/2004 7:10:07 PM]
[Edited by damian666 - 1/6/2004 7:10:35 PM]
#3
Scooby Regular
iTrader: (2)
Join Date: Mar 2001
Location: Swilling coffee at my lab bench
Posts: 9,096
Likes: 0
Received 0 Likes
on
0 Posts
You've got (ahem) your wires crossed a bit there. There's no such thing as a 'parallel circuit board' or 'series circuit board'.
However, a very common question is what's the difference between a 'parallel circuit' and a 'series circuit'. I won't bother explaining here because Google has a whole page of answers.
HTH
Andy.
However, a very common question is what's the difference between a 'parallel circuit' and a 'series circuit'. I won't bother explaining here because Google has a whole page of answers.
HTH
Andy.
#4
Scooby Regular
Join Date: Oct 2003
Location: None of your business.
Posts: 11,088
Likes: 0
Received 0 Likes
on
0 Posts
P=Power B=Bulb
Parallel
|--P--|
| |
|--B--|
| |
|--B--|
| |
|--B--|
Series
P---B---B---B-
Bugger it: Parallel circuit - Those wee lines are meant to be lined up with the others at the right hand side [img]images/smilies/mad.gif[/img]
[Edited by eClaire - 1/6/2004 7:10:39 PM]
[Edited by eClaire - 1/6/2004 7:11:51 PM]
Parallel
|--P--|
| |
|--B--|
| |
|--B--|
| |
|--B--|
Series
P---B---B---B-
Bugger it: Parallel circuit - Those wee lines are meant to be lined up with the others at the right hand side [img]images/smilies/mad.gif[/img]
[Edited by eClaire - 1/6/2004 7:10:39 PM]
[Edited by eClaire - 1/6/2004 7:11:51 PM]
#7
eclair.
please send via e mail as per profile has its my 10 old Daughters homework. And we are stuck. lol. Im 43 so dont laugh OK.
Anyone else help as we just want to know the basic difference between the 2.
Thanks for all your help Ladies and Gents
Trending Topics
#8
Scooby Regular
Join Date: Oct 2003
Location: None of your business.
Posts: 11,088
Likes: 0
Received 0 Likes
on
0 Posts
Series
A single path is allowed for electron flow. A break anywhere along the path stops the electron flow in the entire circuit. (Devices in series act dependently.)
Parallel
Branches are formed providing separate paths for the flow of electrons. Since current branches into separate pathways, a break in one or more of those pathways does not interrupt the flow in the other paths. (Devices act independently.)
Would you like some formulae?
A single path is allowed for electron flow. A break anywhere along the path stops the electron flow in the entire circuit. (Devices in series act dependently.)
Parallel
Branches are formed providing separate paths for the flow of electrons. Since current branches into separate pathways, a break in one or more of those pathways does not interrupt the flow in the other paths. (Devices act independently.)
Would you like some formulae?
#11
On a series circuit the devices/components are connected 'in series' to form a loop/chain (could be seen as a daisy chain). The circuit follows a single path from positive to negative and the same current flows through each component.
Note that if the devices are polarised then positive follows negative terminals (except from the power source where positive connects to positive).
On a parallel circuit the devices/components are 'individually' connected across the power source to form a stack. The circuit therefore follows a path for each component and the total current is divided through each path.
Note that if the devices are polarised then all positive terminals are grouped and all negative terminals are grouped.
An example of these in action are Crimbo lights. On a series circuit if one bulb fails then all lights will go out as the single path will have been broken.
On a parallel circuit, because all of the pos/neg terminals are grouped and connected across the power source then if one light fails then the others will remain lit.
Hope this helps.
Note that if the devices are polarised then positive follows negative terminals (except from the power source where positive connects to positive).
On a parallel circuit the devices/components are 'individually' connected across the power source to form a stack. The circuit therefore follows a path for each component and the total current is divided through each path.
Note that if the devices are polarised then all positive terminals are grouped and all negative terminals are grouped.
An example of these in action are Crimbo lights. On a series circuit if one bulb fails then all lights will go out as the single path will have been broken.
On a parallel circuit, because all of the pos/neg terminals are grouped and connected across the power source then if one light fails then the others will remain lit.
Hope this helps.
Thread
Thread Starter
Forum
Replies
Last Post
Brzoza
Engine Management and ECU Remapping
1
02 October 2015 05:26 PM