TRS3222CPWR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TRS3222CPWR is a transceiver integrated circuit used to transfer and receive data over a differential line. It is designed as a physical layer interface and operates in two states – the transmission and reception state. The TRS3222CPWR can resolve signals up to 1.8 gigabits per second of bi-directional data and supports data throughput up to 1.8 Gbps.

The TRS3222CPWR transceiver provides full duplex operation, with it supporting both transmit and receive data, providing for an efficient physical transfer of data over the interface. It is designed to be connected utilizing a simple four-wire connection to the physical network. The four wires, being two for each direction, are an upper line and a lower line. The lower lines are used for the transmission of the data, while the upper lines are used for the reception and acknowledgement of the data.

A master control block is responsible for controlling the data flow on this device, as well as for interpreting the transmitted signals. This allows for the interface to be monitored and adjusted accordingly. The master control block works to coordinate the incoming and outgoing data, as well as to decode any differential data that is sent.

The transceiver also supports a loopback mode which is used to test the interface and ensure proper connection of the TRS3222CPWR. In this loopback mode, all incoming data is sent to an internal loopback port, and all outgoing data from the loopback port is sent back out on the same upper and lower lines. This provides an effective way of testing this particular transceiver for any and all faults.

The TRS3222CPWR transceiver is well suited for interfacing between the physical layer of a digital system and the data link layer of a network. Its master control block allows it to coordinate the transmission and reception of data, while its loopback mode can be used to test the interface and ensure reliable connection. With its 1.8 Gbps data throughput, this interface provides an effective and affordable method of transferring data over a differential line.

The specific data is subject to PDF, and the above content is for reference