IDT49FCT805CTQ

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IDT49FCT805CTQ is a type of clock buffer, driver, and distributor. It accepts two differential inputs and provides eight complementary outputs. Each output provides both a true (T) and inverted (I) clock so the right logic is outputted in any system.

The IDT49FCT805CTQ is primarily used in communications, data, and system clocking applications. It is often used to generate multiple copies of a clock or to drive heavy loaded buses (such as the PCI). In addition, it offers multiple chip select, power down and fault inputs that can be used to control or disable certain clocks or outputs.

The device has a range of clocks and inputs from 0.15MHz up to 60MHz. It has a frequency range that handles a wide variety of applications and makes it a suitable choice for many systems. Furthermore, the device offers low jitter, noise, and power consumption for many types of applications.

The IDT49FCT805CTQ utilizes several different technologies and methods to achieve its flexible output configurations. It uses a differential input architecture to reject noise and interference from external sources. It also includes on chip clock skew adjustment to minimize clock skew for improved system performance.

The integrated ESD protection helps protect the device and its connectors from damage due to electrostatic discharge. In addition, the device is designed to operate over a wide voltage range, making it suitable for a number of different applications. Furthermore, the device is available in SC70, SOIC, and TSSOP packages to fit virtually any design.

Working Principle:

The IDT49FCT805CTQ operates by providing two complementary clock outputs for each of its eight outputs. The two complementary signals are driven by the differential inputs, and on-chip logic is used to generate complementary clock pairs. The logic includes multiple chip select, power down, and fault input functions for additional control.

To reduce the possibility of clock skew between the outputs, the device includes on-chip skew adjustment. This adjustment allows the administrator to program a delay between the true and inverted clock outputs. It also allows for the optimized distribution of a single clock signal across multiple devices.

The IDT49FCT805CTQ is also noise and EMI resistant thanks to its differential input architecture. This helps reduce the risk of system problems due to external noise sources. Furthermore, the device is designed to operate over a wide voltage range, which helps ensure reliable operation in many types of applications.

Conclusion:

The IDT49FCT805CTQ is a versatile clock-buffer, driver, and distributor designed to provide high quality, low jitter, and low power clock signals. It can accept two differential inputs and offer eight complementary outputs, providing both true and inverted clocks. The device also includes on-chip skew adjustment and ESD protection, making it suitable for many different applications.

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