MAX72466B#

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The MAX72466B is a high-performance LVCMOS (low voltage complementary metal–oxide–semiconductor) transceiver designed for use in interfacing computer systems and peripheral devices that support the PCI Express, or PCIe, protocol. The MAX72466B is an integrated I/O transceiver that is optimized for both cost and performance and is compliant with PCIe 1.1 and 2.0 standards. The device supports transmit and receive data interfaces, as well as low power-saving features and error detection/correction features.

The MAX72466B Application field involves four main interconnect applications: PCI Express, USB, Serial ATA and Serial Attached SCSI.

The key feature of the MAX72466B is its low voltage CMOS, or LVCMOS, technology. This technology, developed by Maxim Integrated Products, provides high-performance and low-power operation. The MAX72466B is an I/O transceiver that operates at only 0.7V and 0.1uA typical power dissipation, allowing for low-power operation with excellent performance.

The MAX72466B is optimized for both transmit and receive data interfaces, and provides high-speed data transfers up to 3.2 Gbps. It also supports many error detection and correction features, including 8/16/32/64 bit Cyclic Redundancy Checks (CRC), parity checking and Programmable data bit masking and voting.

The MAX72466B also supports PCIe hot-plug detection features, allowing for the connection and disconnection of devices without disrupting system performance and data integrity. This is beneficial for applications such as a PCIe bridge, PC card and other PCI express protocol peripherals.

The working principle of the MAX72466B is quite simple. In transmit mode, the driver is enabled, sending data out through the transmitter. The driver sends the data in a continuous stream of parallel words, which is then converted to serial data. The serialized data is then clocked by the MAX72466B\'s receiver, which in turn sends the data to the destination device or logic chip. In receiving mode, the receiver is enabled, receiving serial data from the source device or logic chip. The serial data is then converted back to a parallel word and sent out over the MAX72466B\'s transmitter to the destination device.

The MAX72466B is an ideal choice for connecting I/O devices to a system due to its low power-saving features, high-speed performance and compatibility with various I/O protocols. With its low voltage LVCMOS technology, the MAX72466B provides an optimal balance between cost and performance.

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