8516FY

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Clock and timing signal distribution is one of the most important functions in today’s complex electronic systems. The 8516FY is a high-performance multi-level clock buffer specifically designed to meet the needs of complex signal distribution applications. It is designed to increase system clock signal performance and signal integrity while providing excellent jitter regulation and low clock-skew.

The 8516FY supports up to 32 levels of fan out with multiple clock inputs. The device is able to handle high levels of signal through-puts and provides excellent signal integrity even when operating at normal speeds. It is also able to handle speeds of up to 1.2 GHz.

The 8516FY is made up of two components: the clock buffer and the driver. The clock buffer is responsible for receiving the clock signal from the main clock source and amplifying it. The driver is responsible for producing the high-speed clock outputs and providing proper levels of signal integrity.

The 8516FY uses a sophisticated signal integrity algorithm, which allow it to deliver excellent signal reproduction at higher speeds while maintaining low levels of jitter and skew. In order to achieve this, the clock buffer uses a low-pass filter to reduce any spikes or variations in the signal that could cause the clock signal to degrade or be distorted.

In addition, the 8516FY is able to generate a fast, stable clock output regardless of environmental conditions. This is accomplished by the devices’ on-board temperature compensation and thermal control features. These features allow the device to maintain a consistent output even if subjected to fluctuations in temperature.

The 8516FY provides the advantage of a fault-tolerant system. With its high levels of signal integrity and its fault-tolerant design, the device offers exceptional reliability. This is especially important for applications where system performance and reliability are key factors.

The 8516FY is suitable for use in a wide range of application fields. These fields include telecommunications, data storage, automotive, aerospace, consumer electronics, industrial and medical applications. The 8516FY is also suitable for use in embedded systems, due to its high reliability and low power consumption.

In conclusion, the 8516FY is an excellent choice for clock and timing signal distribution applications. It provides high levels of signal integrity and is designed to maintain excellent jitter regulation and low clock-skew while handling high levels of signal throughput. In addition, the device offers the advantage of a fault-tolerant system and is suitable for use in a wide range of application fields.

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