I've made this blog so that I could share my Knowledge with someone who is seeking for it. Basically Electrical stuff is posted and so that you can get it easily.
Reasoning,Answers,etc are posted here every week
Current Divider Rule CDR
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This is Full require material I wrote during my notes.
So you can go through it.I hope you will get what we have done to obtain the Formula.
So we must have thought of winding types used in Electrical devices like Transformer. Here are all of it you should know: Transformer is usually divided by its types of core used on which winding is to be done. 1. Core type- In this type winding is done at outer limbs of the core. 2. Shell type- In this type winding is done at the inner limbs of the core. Concentric type winding are done in devices like Transformer,which are about 4 types listed below- 1. Spiral/Cylindrical type winding -Multilayer winding 2. Helical type winding -Single Helical Winding -Double Helical Winding -Multi Helical Winding 3. Crossover type winding 4. Disc/Continuous type winding
So we all are aware of series and parallel connections. So have you ever thought of which connection from both of them are used in our houses and which are more suitable?? So here is the answer to your question.. So as we know in series connection if we connect two appliances together then two or more appliances are connected from head to tail with each other which result in same current in both the appliances. But the drawback comes here that if any single appliances get failed then the current will not be able to move further which can result in no current forward. For example: if we connect one fan and one bulb together in series and if we switch ON both of them and somehow Fan do not work then the power will not transferred further and bulb will also not glow. But now in the case of parallel connection the appliances are joined parallely due to which the current are different in different branches according to the need of electrical appliances so if any appliances get failed then i...
You must have seen a plug or a socket in which one pin or point is big and thick as compared to other two pins which are equal to each other. So why is that soo ? Here is the Answer to your question So there are basically 3 major reason behind this and lets have a look over these. 1 . Plug is inserted Properly- The plug consists 3 pin so if all pins will be equal then someone might put earth pin in the phase or neutral due to which connection will get wrong and if Earth pin is connected to phase then the current will flow in the machine outer body which can cause major damage to one touching it. 2. Earth pin will enter first and exits last- As we know earth pin is used to protect us from any leakage current in any machine's conductive body. So we must put earth pin before Phase to be safe from any fault current occurring later,and due to this only Earth pin is taken out at last so that if any fault currrnt is their then firstly supply is disconn...
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