SN74CBT16390DL

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The SN74CBT16390DL is an integrated circuit with a variety of application fields and working principles. It belongs to the family of logic signal switching multiplexers, decoders and latches. This integrated circuit is specified to operate at a temperature range of -55°C to 125°C, and features a low logic power dissipation.The SN74CBT16390DL is used as a high-speed 16-bit tri-state, dual-rail Bidirectional Transceiver. This circuit is meant to provide very fast switching and routing of digital information between two devices. It is useful in high-speed systems where routing, conversion and switching of data between two buses is required.The SN74CBT16390DL has two independent two-input multiplexers that control a direction pin. This is used to route data from one bus to the other. Each select line of the multiplexer can be disabled, thus allowing any of the four data input channels to be disabled. This integrated circuit has 16 tri-state output channels. When the direction pin is set to low, the data from Bus A is routed to the output channels and when the direction pin is set to high, data from Bus B is routed to the output channels. The leading edge of the direction pin’s signal is also used to enable or disable the output channels.The SN74CBT16390DL also has 14 power down control registers which help to manage the power consumption. In three-state mode, the registers can be assigned to specific channels to reduce the power consumption. These power down control registers are interlocked with the output enable feature of the device, so that the device is both enabled and disabled at the same time.The SN74CBT16390DL also features a low input leakage of 10nA at 40V. This helps to minimize false switching and provides maximum performance.Overall, the SN74CBT16390DL is an ideal solution for high-speed switching and routing of digital information between two buses, and offers excellent performance and power consumption. It is best suited for high-speed applications such as video, automotive, industrial, computer, and medical applications.

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