PI6C49S1506FAIEX

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Clock buffers are widely used in electronic systems where a large number of digital signals are present. The PI6C49S1506FAIEX is a CMOS clock buffer designed for high-speed applications, providing up to 10 GHz clock frequencies. It offers an integrated, low cost solution with excellent jitter and stability characteristics, making it ideal for applications where tight timing is critical.The PI6C49S1506FAIEX is ideal for use in embedded applications where frequency division is required, such as digital signal processors (DSPs), networking, storage, and other telecom and data communications systems. By utilizing differential input and output stages, the device allows high-speed data to be transferred at frequencies up to 10 GHz. In addition, the high drive capability of the buffer enables it to drive multiple data receivers and clock logic circuits.On the external side, the PI6C49S1506FAIEX is capable of accepting differential input frequencies up to 10GHz, with an input voltage range from about -4V to +4V. The output allows for differential clock outputs up to 10GHz.The device also has a wide power supply range, from -3V to +3V and is available in the standard 16-pin TSSOP package.The PI6C49S1506FAIEX is designed to minimize jitter, with a typical jitter of 0.3ps RMS output peak-to-peak and a typical output phase noise of -110dBc/Hz at 10GHz. This allows the device to be used in applications where optimal timing and stability are required.The PI6C49S1506FAIEX is also designed to minimize electromagnetic interference (EMI) and reduce system power consumption through the use of SmartPower Low-Power mode logic. This feature reduces the clock buffer’s active power to 0.9uW while maintaining the same performance as when in its normal operating mode.In summary, the PI6C49S1506FAIEX is an ideal clock buffer for applications requiring tight timing and stability, frequency division, precision jitter and phase noise, and low-power operation. The low-cost and integrated design offer a great solution for embedded applications in high-speed digital systems.

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