PI6C4911504D2LIEX

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PI6C4911504D2LIEX Clock Buffers, Drivers Application Field and Working Principle

The PI6C4911504D2LIEX (PI6C4911504D2LIEX) is a low skew, low power and low noise differential clock buffer suitable for high-speed applications. It is designed with high-performance for applications such as telecommunications systems, Ethernet, video and audio systems and high-speed data processing systems. It is a high-speed, low-jitter and robust clock buffer.

The PI6C4911504D2LIEX is a device that combines the functions of a clock buffer and a driver. It can accept an input reference clock signal (clock source) and output multiple copies of that signal as outputs. All outputs are synchronous to the input clock source and have the same frequency and phase. This makes the PI6C4911504D2LIEX an ideal choice for synchronizing and distributing clock signals in a wide variety of system applications.

The PI6C4911504D2LIEX features a differential clock driver with a frequency range of 1 MHz to 530 MHz, typical propagation delay of 2.6 ns (250 MHz) and it is specified with <2 ps RMS jitter. It has two differential input ports and eight differential output ports and provides an output fanout of 4-to-1 (typical). The device also features a PLL-based slew-rate control to minimize i ntermodulation distortion.

The PI6C4911504D2LIEX is ideal for applications requiring the highest performance, such as communication systems, networking systems and video/audio broadcast systems. Because of its high performance, the PI6C4911504D2LIEX can be used to precisely synchronize high-speed signal channels in these applications.

Features of PI6C4911504D2LIEX

• Low-skew and low-jitter input-to-output propagation time
• 2.6 ns typical propagation delay (250 MHz)
• 2 ps RMS jitter
• High speed clock distribution with up to 8 outputs
• Differential clock driver
• PLL-based slew rate control
• 1MHz to 530MHz frequency range
• Very low power consumption

Applications of PI6C4911504D2LIEX

• Ethernet
• Telecommunication systems
• Video and audio systems
• High-speed data processing systems
• Broadcast systems
• System applications requiring highest performance

Working Principle of PI6C4911504D2LIEX

The PI6C4911504D2LIEX uses a differential clock driver to transfer the differential input clock signal from the input port to the output ports. The device uses a phase-locked loop (PLL) to ensure that the relative phase of the output signals is the same as that of the input clock.

The PI6C4911504D2LIEX includes four differential output drivers, each capable of driving one differential output pair, for a total of eight differential outputs. The PLL-based slew rate control helps to minimize intermodulation distortion. The device is capable of operating at data rates up to 530 MHz and low propagation delay of 2.6 ns (typical).

The PI6C4911504D2LIEX is a high-speed and low-jitter clock buffer designed to provide highly accurate timing and synchronization of high-speed systems. It is ideal for applications such as communications systems, networking systems and video/audio broadcast systems. The low-skew and low-jitter propagation time make the PI6C4911504D2LIEX a robust and reliable solution for these applications.

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