- Building Electrification Lab | Sem 5 | Exp. No. 4 | Prepare wiring installation on a board from the commencement of supply showing energy meter, MCB control of one lamp ,one fan and one socket from one switch board in PVC surface conduit wiring system.
- Building Electrification Lab | Sem 5 | Exp. No. 3 | Study & Identify Cables (PVC, XLPE AND VIR) and Catenary Cable of Different Current Ratings
- Building Electrification Lab | Sem 5 | Exp. No. 2 | Selection of Electric Wire Using Measuring and Testing Instruments for Particular Applications
- Different types of Diodes: Symbol, Application & Function
- 100 One Liner Q&A on Building Electrification
- Building Electrification Lab | Sem 5 | Exp. No. 4 | Prepare wiring installation on a board from the commencement of supply showing energy meter, MCB control of one lamp ,one fan and one socket from one switch board in PVC surface conduit wiring system.
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Available Mock Test Series
The current passing through a conductor between two points is directly proportional to the potential difference across it, provided physical conditions i.e. temperature, pressure remain constant.
Whenever a conductor is placed in a varying magnetic field, an EMF is induced across it. If the conductor circuit is closed, a current, known as induced current, is produced.
The magnitude of the EMF induced in a circuit is directly proportional to the time rate of change of magnetic flux linked with that circuit.
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