LTC1485IN8#PBF

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The LTC1485IN8#PBF is an interface driver, receiver, and transceiver offering high bandwidth performance and improved power consumption, making it suitable for multiple applications. This device combines two rows of eight, differential line receivers and transmitters that can be configured in various topologies to rapidly transmit data, power, and address information over multiple communication channels. This device is ideal for applications involving multiGigabit/second data transmission, such as in Fibre Channel and RAID systems. Furthermore, the use of advanced technology enabled the LTC1485IN8#PBF to achieve a wide data bus bandwidth of up to 3.2Gbits/sec while consuming only 1.5 amps of current.

The architecture of the LTC1485IN8#PBF supports both synchronous and asynchronous data transmission. In addition, it offers a wide range of data rates up to 3.2Gbits/sec, low power consumption, and high noise immunity of up to 6dB. Its adaptive equalization feature ensures reliable data transmission over cost-effective board design, helping minimize interconnect delay. The on-chip termination resistors offer optimized support for multi-gigabit data transfer. The built-in low-skew scrambler block assists in providing a uniform, low-skew data stream from the interface transmitter.

The receiver and transmitter of the LTC1485IN8#PBF are capable of supporting multiple signal types including differential lines up to 200MHz, single-ended lines up to 250MHz, low voltage signal lines up to 70MHz and AC-coupled signal lines up to 150MHz. This device provides single ended to differential conversion on the transmit side and differential to single ended conversion on the receive side. It works with appropriate signal level translation and signal conditioning stages to bridge the gap between low-speed and high-speed signal transmission paths.

The LTC1485IN8#PBF also offers a host of cutting-edge functions designed to help reduce the number, complexity, and variety of external components required. These include the integrated deskew logic to better ensure data integrity, programmable output transition times to optimize for EMI, programmable bandwidth and output swing settings for optimum system performance, and programmable input/output functions.

Finally, the superior power optimization provided by the LTC1485IN8#PBF helps reduce total system power consumption while still providing best-in-class performance. It features an efficient power management scheme, with a wide range of low power modes available to reduce active current in operational states and reduce system power consumption. With its low-power idle condition enabled, the device consumes as little as a quarter of the lowest power mode setting, resulting in a significant reduction in system power requirements.

Thus, the LTC1485IN8#PBF is an excellent choice for applications requiring reliable, high-bandwidth communications in a variety of environments. Its combination of performance, power efficiency, and ease of integration makes it well suited for use as a versatile interface driver, receiver, and transceiver for a wide range of applications.

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