Working of Transceiver
In a transceiver, the listener won’t hear the signals when the emitter sends them. The transmitter and receiver can be linked to the same antenna with the help of an electric switch. This keeps the emitter’s signal from hurting the receiver.
The transceiver generates a signal, which could be electrical optical, or radiofrequency, depending on the medium of communication. The signal is then subjected to modulation. The modulated signal is then sent out through an antenna or through a cable. At the receiving end, another transceiver is waiting to capture the incoming signal. Then finally the signal gets subjected to demodulation and transmitted data gets recovered and the data gets provided to system for further processing or display.
In a sort of transceiver that is characterized as having half-duplex capabilities, it is not feasible to acquire signals while the device is sending. Some of the transceivers, also known as duplexes, are intended to be able to receive signals at all stages of the transmission process. Both the transmitter and the receiver work at distinct frequencies, which prevents the signal from the transmitter from interfering with the signal from the reception. Phones that are cordless as well as cellular phones employ this mode of operation.
Transceivers
Transceivers are mechanical devices that combine a radio transmitter and a radio receiver. It can both transmit and receive radio waves for communication purposes. The transceiver is part of the network input card in a local area network. It can both send and receive messages over the network wire. But some types of networks need a receiver that is outside the network. The transceiver is built into mobile devices that use wireless transmission, such as smartphones and cell phones. It is a combination of transmitter and receiver in a single term. It can do both, transmit and receive radio waves for communication purpose , with the help of an antenna.
Table of Content
- Working
- Transceiver Connection
- Structure and Design
- Types
- Transceiver Vs Transmitter
- Importance
- Applications