XM-C91-4P-AA

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RF Receiver, Transmitter, and Transceiver Finished Units have become increasingly important components in the fields of technology and communications. The XM-C91-4P-AA application and working principle are important considerations that give greater insights into how and why they work. The XM-C91-4P-AA is a type of Finisar transceiver, which is a combined receiver, transmitter, and transceiver assembly. It is designed with full duplex Ethernet communications that allow data transmission and reception simultaneously.

The XM-C91-4P-AA transceiver is designed to provide reliable data transfer for both short and long distances. It is designed to operate at a signal frequency of 9.95 GHz. It operates on the Electroantennographic Subscriber Line (ESL) protocol, which is an extension of the Ethernet transport protocol. The ESL protocol allows fast data transmission at large distances. This makes the XM-C91-4P-AA ideal for situations where the data transfer rate needs to be high but the distance is long.

The working principle of the XM-C91-4P-AA transceiver is based on the use of microwave radiation to transfer data over a distance. The transceiver uses a fan-shaped microwave beam to create a cone-shaped wavefront. The wavefront is then aimed at the transmitter, which then relays the signal to a receiver. The transceiver also uses a circulator to control the direction of the signal so that it is directed toward the receiver. The transceiver is also equipped with an antenna to facilitate data transmission.

The receiver of the XM-C91-4P-AA is designed to receive the data at a specific frequency. The receiver then uses a filtering technology to filter out any unwanted frequencies. This is done to ensure that only the desired data is received. The receiver also uses an amplifier to amplify the signal before it is processed by the receiver. The processed signal is then relayed to the user. On the other hand, the transmitter is designed to send data at a specific frequency and amplitude. The transmission data is then processed by the transceiver, which then sends it to the receiver.

The XM-C91-4P-AA transceiver is designed for situations where data transfer needs to be done over long distances. It is also ideal for applications where a high data transfer rate is needed. The transceiver is designed to operate at a signal frequency of 9.95 GHz and uses the ESL protocol to ensure that data is transmitted and received quickly and accurately. The transceiver also uses a fan-shaped microwave beam and a circulator to ensure that signals are directed to the receiver. Furthermore, the use of an amplifier and a filter in the receiver ensure that only useful data is received.

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