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Clock/Timing - Clock Buffers, Drivers

P2P2305NZG-08SR is a high-performance 5-bit low-skew 3.3V clock buffer and driver. This device is designed to provide fanout for low-skew, multiple copies of one reference clock, allowing more devices to be driven synchronously from one source. Multiple-edge triggered systems can benefit from the lower system skew of the P2P2305NZG-08SR devices. The P2P2305NZG-08SR clock buffer and driver family can support multiple clock frequencies up to 200 MHz.

Application

P2P2305NZG-08SR is a low-skew clock buffer, ideal for use in a variety of applications, such as large clock fanout, clock distribution and synchronization, jitter reduction, and clock buffering. It is also suitable for use in applications such as high speed data networks, data transmission applications, industrial control and automation, audio/video systems, and consumer electronics.

Working Principle

The P2P2305NZG-08SR clock buffer and driver is designed to provide low-skew fanout for multiple copies of one reference clock. It features a low-skew output buffer that allows multiple devices to be driven synchronously from one source. The positive slope of the clock is synchronized by the internal master clock, while the negative slope is synchronized by the output buffer. The internal master clock and output buffer can be independently programmed with different clock speeds to optimize the timing and skew performance.

The P2P2305NZG-08SR clock buffer and driver also features signal-skew compensation for a stable clock source. The signal-skew compensation enables the device to compensate for any skew between the input signal and the output signal. The device also features a programmable spread spectrum feature that allows the user to reduce the total system jitter.

The P2P2305NZG-08SR clock buffer and driver can support a wide range of applications, including high-speed data networks, data transmission applications, industrial control and automation, audio/video systems, and consumer electronics. It is also suitable for use in a variety of clock fanout and synchronization applications, as well as jitter reduction and clock buffering.

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