FST3126DTR2G

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The FST3126DTR2G is designed to provide maximum flexibility in meeting the needs of any applications requiring a logic switch. It can be used as a multiplexer, decoder or logic-signal switch between multiple logic devices. This chip is designed for both parameterized and customized applications.

The FST3126DTR2G is a non-blocking logic switch, which provides an effective means to house logic-signal switching between devices.It maintains two separate power domains and sinks/sources up to 6mA/15mA of current, thus minimizing losses. Additionally, it features fast switching times (tPD = 7.5ns maximum) and high-speed operation (up to 8.25GHz).

At the core of the FST3126DTR2G is a parallel data bus that serves as the interface between logic devices. The logic devices are connected to the data bus through transceivers, which enable the logic devices to communicate with each other at high speed. The device\'s logic-to-power switch also enables communication between the power domains, allowing for some areas to operate as \'hot spares\' when other areas are not in use.

The FST3126DTR2G provides several additional features, making it an ideal choice for most logic-switching needs. One of these is the device\'s programmable ping-pong counter, which enables the FST3126DTR2G to loop between multiple logic devices in order to ensure a smooth transition between power domains. Also, thanks to the device\'s programmable random access memory (RAM), it can also be used to store data, minimizing the amount of power needed to switch. Finally, the FST3126DTR2G is also equipped with a user-programmable input delay, allowing for compensation of electrical noise or other factors that may inhibit signal integrity.

The FST3126DTR2G is a powerful tool for any application that requires a versatile logic switch. Thanks to its range of features, it can be used as a multiplexer, decoder, or as a logic-switching device between different logic devices. Additionally, its programmable ping-pong counter and RAM storage support a variety of tasks, making it a reliable and robust choice for a wide range of applications.

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