It is a college where many usually MOST people don't live on dorms at the college but rather live with their parents and drive to school every day.
In electrical motors and generators, a commutator is a segmented metallic ring which carries electric current to the rotating component. Stationary "brushes" (usually carbon blocks) rest against the ring and supply electric current. As the commutator rotates, it switches the current from one coil to another in the rotor. In a motor, this maintains the proper relationship between stator and rotor magnetic fields. In a generator, it converts the AC current from the rotor into DC.
It has two meanings
involving the condition that a group of quantities connected by operators gives the same result whatever the order of the quantities involved, e.g., a × b = b × a
the out put of the DCGenerator is in the AC current. Commutator is used to convert the AC to DC.
substituting one method of payment for another
Where changing the order of a problem does not effect the ending result.
Here's an example: 3+5=8...SO, it would be a commutativity property if you put 5+3=8.
GET IT?!?!?
rotating metal contacts and stationary brushes. it is a form of high speed mechanical electric switching device.
Converts AC in to DC
* Digital signals suffer less interferences than analogue signals. This means that when you listen to a digital signal you won't hear a hissing sound, as within digital signals regenerator circuits are used to clean "noisy" pulses. * Digital signals can be made very short so more pulses can be carried around each second, which means more information can be passed on.
Commutator is a split ring which reverses the current .when the commutator turns around due to magnetic force and because of it even the current gets reversed
The commutator is part of the armature on a DC motor and this assembly is the rotating element of a motor.
Commutator is a device in a motor through which supply is fed.
If the commutator is removed from your generator, you (if you connect slip rings) get AC supply instead of DC supply. the function of the commutator is to convert AC to DC supply and vice versa.Additional AnswerRemoving the commutator will also prevent you from connecting the output of the generator to its load. Remember, the generator's armature is spinning!
because it's digital communication.
In digital communication message is to be transmitted in digital form. That is why it is called so .
In digital communication we talk about signal while in data communication we talk about data and the could be in the form of packets or frames.
Analog communication considers infinite amplitude levels. But in digital communication only 2 levels of signal is present.
Disadvantage of Analog Communication: 1)Analog Communication systems are costlier than digital communication system. 2)Less Security in Analog Communication 3)More prone to noise interference. Advantage of Analog Communication: 1)Transmission bandwidth required is less. 2)No need of synchronization. Advantage of Digital Communication: 1)Digital Communication systems are simpler and cheaper. 2)Using data encryption only permitted user are allowed to detect the transmitted data. 3)Since in Digital Communication, channel coding is used, therefore a large amount of errors may be detected 4)Since transmitted signal is digital in nature,large amount of noise tolerance may be tolerated Disadvantage of Digital Communication: 1)More transmission bandwidth required. 2)Digital Communication needs synchronization in case of synchronous modulation.
A digital message board.
Analog communication & Digital
The commutator is used to convert the AC to DC
The commutator is used to convert the AC to DC
Yoshihiko Akaiwa has written: 'Introduction to digital mobile communication' -- subject(s): Digital communications, Mobile communication systems
A digital communication system consists of six basic blocks. The functional blocks at the transmitter are responsible for processing the input message, encoding, modulating, and transmitting over the communication channel.
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