IDT49FCT805BTPY8

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The IDT49FCT805BTPY8 integrated circuit (IC) is a high-performance, low-skew, CMOS one-to-eight two-input low-skew clock buffer designed for clock signal buffering, signal distribution, and clock fan-out applications. This device provides superior signal integrity and signal buffering attributes to ensure maximum performance and reduce signal errors. The IDT49FCT805BTPY8 has an 8-bit bus that is suitable for distributing low-skew multispeed clock signals. The buffered output signals feature superior signal quality, with typical Jitter of 1ps. The device also features low output skew with typical skew of less than 100ps between any two complementary outputs over full temperature range.

The IDT49FCT805BTPY8 is intended for high speed clock distribution applications and is suitable for a wide range of clock, timing, synchronization, and data communication applications. It is a versatile IC, and due to its superior signal-integrity and signal- buffering features, it can be used for a broad range of applications, such as distribution and timing of data, clock fan-outs, and signal buffering. Besides, due to its low-skew and differential signal transmissions, the IDT49FCT805BTPY8 can also be used for signal transmission over long distances and for tiled displays.

The IDT49FCT805BTPY8 is easy to use and is fabricated with a CMOS process that makes it reliable and robust. Furthermore, it is highly configurable, and its inputs and outputs can be modified to meet specific needs. The device also has an 8-bit bus and adjustable signal skews with 50ps steps. Additionally, the device can generate four different signals simultaneously.

The IDT49FCT805BTPY8 is a high-performance, low-skew, CMOS one-to-eight two-input low-skew clock buffer. It is specially designed to buffer and distribute low-skew multispeed clock signals. Its buffered output signals feature superior signal quality, with typical Jitter of 1ps, and also features low output skew with typical skew of less than 100ps between any two complementary outputs over full temperature range. The device is suitable for a wide range of clock, timing, synchronization, and data communication applications. It is also highly configurable, and its inputs and outputs can be modified to meet specific needs.

The working principle of the IDT49FCT805BTPY8 is based on the concept of buffering and distribution ofclock signals. The device features two inputs in the form of two high-performance differential inputs, which are designed to receive low-skew multispeed clock signals. These inputs are then buffered and distributed to the eight outputs, which feature superior signal quality, low skew, and adjustable signal skews with 50ps steps. The outputs can then be used to generate four different signals simultaneously. The device is fabricated using a CMOS process, which makes it reliable and robust.

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