IDT49FCT805BTQ8

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The IDT49FCT805BTQ8 is a low-skew high-drive bus driver that is primarily used in clock distribution applications. To reduce performance degradation in high-fidelity audio and video systems, as well as other applications that require reliable timing signals, this device is used to provide low and a high-impedance state on the source side, allowing the clock signal to be transmitted easily. The reduced jitter and low skew resulting from the use of this device is beneficial in a variety of applications, particularly video graphics and streaming applications.

The IDT49FCT805BTQ8 is designed for use in parallel and shared clocks systems, with a maximum chip-in speed of 10 Mb/s. The low-skew architecture reduces the propagation delay from the source to the load, resulting in improved signal integrity. In addition, the device features high-current outputs, allowing up to 24.5 mA continuous current. As a result, the signal reaches true signal levels quickly and can drive a wide range of loads without the need for external components. The device also features a low logical output swing, which helps reduce the reflections caused by signal mismatches between the device and the load.

An additional feature of the IDT49FCT805BTQ8 is the on-chip enable/disable circuit, which allows the clock signal to be turned on or off with minimal propagation delay. The enable/disable circuit provides a low-impedance pull-down resistance on the source side, allowing the clock signal to be disabled or enabled without the need for external components. The device also includes an integrated output stage, enabling up to 10 mA of drive current in a very small package.

The IDT49FCT805BTQ8 is an ideal solution for clock distribution in a variety of applications, including microprocessor systems, radio frequency systems, video graphics and networking equipment. Its low-skew architecture and integrated output stage allow for improved signal integrity and faster signal transmission, while the on-chip enable/disable circuit allows for easy signal control. The device\'s low logical output swing reduces signal reflections, making it the perfect choice for applications that require reliable clock distribution.

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