SN65LV1224BDB

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SN65LV1224BDB is designed for interfacing with the most digitally-integrated systems which include the Universal Serial Bus (USB) and is capable of providing bus-oriented communications between devices using the Serializer/Deserializer (SERDES) technology. The SN65LV1224BDB is a SERDES device that is used to convert digital signals into serial data streams that can be used with multiple buses. It is one of many new SERDES products available from Texas Instruments (TI), and it is designed to work with TI\'s USB 2.0 interface technology.

The SN65LV1224BDB features a USB 2.0-compatible serial interface, a 300 Mbps serial transmission rate, an 8-bit data bus transmit and receive buffer, a 15-bit input buffer, and an adjustable output voltage of up to 3.3 V. It also features a single-ended receiver preamplifier, which helps to reduce noise in the receive signal path, and a programmable serializer/deserializer (SERDES) to ensure compliance with various standard digital communication protocols. The SN65LV1224BDB is also capable of error detection and correction (EDC) and supports up to 136 bytes of data transmission.

Applications of SN65LV1224BDB may include industrial systems and other devices with multiple-master support, where data must be transmitted between devices without the need for manual intervention. A single unit can be used to connect all possible digital devices, including computers and peripherals, to a single bus. This significantly reduces wiring and assembly costs by reducing the number of cables and connectors used to establish a connection.

Working principle of the SN65LV1224BDB is such that it is configured as a serializer on one side and a deserializer on the other. The serializer takes in parallel data, converts it to a serial bit stream, and transmits it out. At the receiving end, this bit stream is received and converted back to the original parallel data. The SN65LV1224BDB also provides the flexibility to control the flow of serialized data. It has a fully programmable receiver and transmitter, which can be set to different data baud rate and other parameters.

In addition to serializing and deserializing digital data streams, the SN65LV1224BDB is also capable of providing error detection and correction. EDC ensures that digital communication systems remain reliable and accurate. It works by periodically sending out parity bits and check sums to detect transmission errors. This ensures that the data received is correct and complete.

The SN65LV1224BDB is ideal for applications that require high-speed data transfers, such as security systems and industrial automation. It is a reliable, cost-effective device that helps to reduce the cost and complexity of system designs, while providing increased flexibility and performance. This makes it an ideal choice for modern communications and data transfer applications.

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