In electronics, carrier can have many meanings. Here are some common meanings of carrier:
Carrier: In semiconductors, a “carrier” is a particle that carries charge.
Charges that move for electrical transfer in semiconductor devices are generally divided into electrons and holes.
An electron is a particle with a negative charge, and a hole is a particle with a positive charge. Thus, a carrier in semiconductors refers to a particle that carries an electric charge.
Carrier: Carrier can also refer to a medium used to transmit data or signals.
For example, in radio communications, carrier refers to a signal that represents a frequency. Data is transmitted and communication is performed using this frequency signal.
Carrier: During the manufacturing and assembly of electronic components, a platform called a “carrier” may be used.
This platform serves to protect or convey parts and is used for convenient operation.
For example, trays, tapes and reals for transporting electronic components can be used as carriers.
As mentioned above, carrier can be used in many different ways, and has specific meanings depending on the context.
Therefore, when referring to carrier in electronic components, it is necessary to understand the meaning in consideration of the given context.
*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.
|