IDT49FCT805SO

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The IDT49FCT805SO is a dual driver/receiver clock buffer that provides a low skew signal distribution with low power consumption and high noise immunity. It is designed to improve signal integrity across multiple clock domains and to ensure prompt signal delivery and clock recovery. The device is typically used in distributed clocking and placement shifting applications.

The IDT49FCT805SO features two-stage output drivers, a range of output voltage settings and two input delay stages for multistage distribution. It can be used to drive fast rise and fall time CMOS signals Fan In of up to two and Fan Out of up to eight. Configurable output drivers ensure that the device can be optimized for layout and signal integrity considerations.

The operating temperature range of the IDT49FCT805SO is –40°C to +85°C, providing robust and reliable operation in thermal cycling applications. Power consumption of the device is low, allowing better power utilization in the mobile, communication and computing products where it is likely to be deployed. The device is also protected against ESD protection up to 2,000V.

The IDT49FCT805SO has a number of features and capabilities that make it suitable for use in a range of applications. These include clock serialisation or placement shifting, distributed clocking, clock regeneration, clock buffering and data routing. The device can also be used in applications where a large number of high-speed inputs need to be distributed across multiple clock domains.

The IDT49FCT805SO can be used in applications where low power consumption, low-skew signal distribution and large fan-out are required. It is suitable for use in high-speed data communication systems, data storage systems, FPGAs and high-speed memory systems. It is also suitable for use in mobile, communication and computing products where it can improve power utilization and reduce noise interference.

The working principle of the IDT49FCT805SO is based on two stages of output drivers and two input delay stages. The first stage of the output drivers is used to convert the input clock signal into a low voltage output signal with a different frequency (frequency division). The second stage of the output drivers then further amplifies the output signal and distributes the clock with low-skew and low power consumption. The two input delay stages ensure timestamps from different clock domains are correctly delivered and recovered.

The IDT49FCT805SO is a reliable and robust device that can be used in a variety of applications to improve clock integrity and provide robust signal distribution across multiple clock domains. With its low power consumption, improved signal integrity and low skew, the device is ideal for applications requiring distributed clocking and placement shifting.

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