THVD1450DR

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The THVD1450DR is a high-speed transceiver used in communication systems, primarily in standards like Gigabit Ethernet, which utilizes it as a physical interface device.

The THVD1450DR is a dual-channel transceiver, meaning it can simultaneously transmit and receive data over two distinct physical channels. It has 16 differential pairs, each operating up to 125 Mbps and can be used to enable bidirectional communication with a maximum data rate of 1 Gbps. It complies with the IEEE802.3 1000 BASE-T standard.

The THVD1450DR is designed with a differential receiver that is powered by an internal bias and is built to reduce noise and unwanted input signals. This, in turn, ensures reliable data communication with improved signal integrity. The transceiver is also equipped with several features for improved signal integrity, including amplitude equalization and pulse shaping for improved transmitter data quality, reduce jitter and minimize the effects of the channel. In addition, the transmitter is immune from insufficient supply voltage and under-current conditions.

The THVD1450DR also features a standby mode, enabling it to enter a low-power consumption state during periods of communication interruption, consuming up to 90% less power than it would during normal operation. This feature benefits applications in which low-power consumption is particularly important, such as mobile computing.

The THVD1450DR is a highly efficient transceiver suitable for use in a wide range of communication systems. It is ideal for applications requiring high-speed data transmission over long distances and supports data rates up to 1 Gbps. With its internal bias and noise rejection capabilities, the device ensures reliable transmission, even in environments prone to interference. Furthermore, the THVD1450DR has the flexibility to enter a low-power consumption state when not in use, making it an ideal choice for power-sensitive applications.

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