8521AYI-03LNT

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The 8521AYI-03LNT is a modern clock buffer, driver and timing device with a wide range of applications. It is designed to provide high performance for both synchronous and asynchronous data transmission, and can provide frequency and timing control for both synchronous and asynchronous data streams.

The 8521AYI-03LNT Clock Buffer and Driver is used to reduce noise and increase data accuracy when transmitting data signals between multiple components. It provides an efficient solution for clock synchronization and timing control, and its broad bandwidth ensures that delays between devices can be minimized. The device comes with a specially designed capacitor, which is used to buffer voltage changes caused by environmental conditions, such as temperature and humidity fluctuations. This makes the device highly reliable in its operation.

The 8521AYI-03LNT works by receiving two clock signals, one from the Primary Input Clock (PIC) and the other from the Secondary Input Clock (SIC). It then adjusts the both clock signals so that they are equal in timing delay and frequency. This ensures that the clocks are perfectly synchronized with each other and that reliable and accurate data is transmitted without any errors.

The 8521AYI-03LNT Clock Buffer and Driver also provides a number of features to further improve the reliability and performance of the device. It allows the user to adjust the phase of the SIC from 0-180 degrees, and to set the frequency of both the PIC and the SIC independently. There is also a PLL gain control which allows the user to tailor the response of the device to their needs, as well as a range of other timing adjustments. The device also provides a variety of protections to prevent data loss, such as under-voltage lockout and device reset.

Overall, the 8521AYI-03LNT is an incredibly reliable and flexible clock buffer, driver and timing device. With its wide range of features and protections it is perfect for any application that requires reliable and accurate data transmission. It is ideal for use in applications such as industrial automation, telecommunications, and data acquisition systems, as well as many more.

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