IDT49FCT805CTQ8

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The IDT49FCT805CTQ8 is a part of Integrated Device Technology Inc.\'s small-outline integrated circuit (SOIC) series of products. It is specifically designed to provide flexible, low-power buffering of multiple clock signals and can help reduce the risk of interference for power-sensitive applications. This versatile device provides an ideal solution for applications such as clocking, buffering, and gate driving. This article will explore the application field and working principles of the IDT49FCT805CTQ8.

Application Field

The IDT49FCT805CTQ8 is used in a wide range of applications such as clocking, buffering, and gate driving. It is specifically used in applications that are power-sensitive, and require low-power buffering of multiple clock signals. This makes it an ideal solution for power-sensitive applications. The device is also used in applications that require a reliable clock source or need to manage clock skew. It is well-suited for clocking high-speed data buses and for driving latch and logic gates.

The device is designed to be compatible with most digital circuits, which makes it an ideal solution for multiple digital signal sources. It can be used in high-speed memory systems, network-switching systems, peripheral buses, and many other digital systems. The device is also well-suited for use with 3.2V and 5V systems, which is ideal for power-sensitive applications.

Working Princples

The IDT49FCT805CTQ8 is a low-power, multi-channel buffer that can be used to drive multiple clock signals. It is specifically designed to provide a reliable, low-power solution for power-sensitive applications. The device provides a flexible buffering solution that can be used with any digital signal. The device can drive up to four signals, and each signal can operate at up to 1 MHz. The device also features an adjustable phase-locked loop (PLL) that provides excellent clock skew management for power-sensitive applications.

The device features a very low dynamic power consumption of less than 3.2mW per switch and draws less than 5mA from the power supply. The device is able to operate with up to 5V on the supply voltage and can support low voltage logic swings. The device is also designed for use in a wide range of temperatures, from -45°C to +125°C.

The device is designed to provide excellent signal integrity, ensuring high-speed performance. The device also features an adjustable PLL, which allows for clock skew management and helps prevent bit errors at high speeds. Additionally, the device provides a very low jitter of less than 10 picoseconds to ensure reliable clock signals.

Conclusion

The IDT49FCT805CTQ8 is an ideal solution for power-sensitive applications that require low-power buffering of multiple clock signals. It is an excellent choice for clocking, buffering and gate driving in digital systems. The device features a low dynamic power consumption, adjustable PLL, and low jitter, making it ideal for high-speed applications. Overall, the IDT49FCT805CTQ8 is an excellent solution for high-speed digital systems.

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