Tranaformer
Close approximation of the primary and secondary coils makes for an efficient transformer. It is the rise and fall of the magnetic field that surrounds the wire in the primary that induces a current to flow in the secondary. The closer the wire producing the magnetic field is to the conductor being cut by the magnetic field (induction) the better the secondary output.
The secondary need to continue and help the primary one.
secondary means you were there and saw the info primary mean you have heard it from somewhere else
A secondary source has the benefit of hindsight.
Secondary energy is converted from primary energy sources. Electricity is the most common example of a secondary energy source. Electricity is converted from coal, gas, nuclear plants, windmills, solar panels and even running water.
Primary electrical distribution carries medium voltage power to distribution transformers near the customers. Secondary electrical distribution transfers the power from the transformer to the households.
Didn't work.because primary and secondary winding not in motorAnswerYes. The rotor behaves as a rotating secondary winding -i.e. there is no electrical connection between the field windings and the rotor.
transformer
Primary and secondary winding and mutual induction principle.
when the current flow through primary coil an electromotive force generated to secondary coil in the direction that prevent the magnetic flux in the primary coil is called mutual induction.
yes it is the primary coil being somthing such as a tubine, and the secondary the generator
The computer usually uses its input/output channels to access secondary storage and transfers the desired data using intermediate area in primary storage.
the difference between both are: Primary transducer:The Mechanical device which converts physical quantity to be measured into a mechanical signal. Secondary tranducer:The Electrical device which converts this mechanical signal to the electrical signal.
induction motor has two control system one is stator control another rotor control And it comes under the category of asynchronous motors. The term induction is because the rotor of an a.c motor does not receive the electric power through conduction but by induction same as the secondary of the transformer receives the power from primary. And so an induction motor can also be called as a rotating transformer i.e. one in which primary is stationary and secondary is free to rotate.
the difference between both are: Primary transducer:The Mechanical device which converts physical quantity to be measured into a mechanical signal. Secondary tranducer:The Electrical device which converts this mechanical signal to the electrical signal.
trf cannot work on dc. the primary flux must vary for induction to occur in the secondary winding. howlunf
In dc motors, the electric power is conducted directly to the armature (i.e., rotating part) through brushes & commutator. Hence, in this sense a dc motor can be called as a Conduction motor. However, in ac motors, the rotor does not receive any electric power by conduction but by induction in exactly the same way as the secondary of a two winding transformer receives its power from the primary. That is why such motors are called as Induction motors. An induction motor can be treated as a rotating transformer i.e., one in which primary winding is stationary but secondary is free to rotate.