PI6C49S1506FAIE

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Clock/Timing - Clock Buffers, DriversThe PI6C49S1506FAIE device is a versatile clock buffering and multiplexing device that provides high performance and low jitter for clock and data synchronization applications. It is ideal for use in a variety of applications, such as digital video/audio, communications, and general purpose digital systems, and also works with many different types of clock signals, including low-cost crystal oscillators and low jitter crystal oscillators.The key features of this device are its multiplexing capabilities and its ability to buffer, route, and switch between different clock sources. It has integrated clock management, frequency synthesis and low-jitter timing capabilities, making it the ideal solution for applications requiring precise control of clocking signals. It also provides a number of built-in fail-safe mechanisms to maintain optimal performance even in the event of unexpected conditions.In order to understand how the PI6C49S1506FAIE device works, one must first understand the concept of clock multiplexing. Clock multiplexing is the process of taking a set of different clock signals, such as those generated by a high-speed clock oscillator and a low-speed crystal oscillator, and combining them together to generate a single output signal with a predetermined periodicity. The PI6C49S1506FAIE device is able to do this by using two types of multiplexers – a single-clock multiplexer and a dual-clock multiplexer. The single-clock multiplexer takes two clock inputs and selects one of them as the output signal. The dual-clock multiplexer allows for up to four clock inputs, selecting up to two of them as the output signal.The PI6C49S1506FAIE also provides a number of on-chip timing functions, such as slew rate control, phase-detection, timeout control, and windowed-detection. The slew rate control feature is used to adjust the edges of clock signals to minimize jitter. The phase-detection feature is used to determine the phase difference between two clocks and generate an output signal in response. The timeout control feature is used to terminate an event after a specified time period has elapsed. Finally, the windowed-detection feature is used to detect the presence or absence of a signal within a predetermined window of time.In addition to its clock multiplexing and timing functions, the PI6C49S1506FAIE also provides a number of other useful features. It can be programmed to support up to eight independently adjustable output drive levels, allowing it to provide both high-current and low-noise output signals. It also provides integrated power-on reset and power-down input timing, eliminating the need to manually reset the device after power-up or power-down. Finally, it has an integrated on-chip temperature sensor that can be used to monitor the device’s operating temperature.The PI6C49S1506FAIE is an ideal clock buffering and multiplexing device for today’s high-speed, low-jitter applications. It provides a wide range of features, such as clock multiplexing, low-jitter timing, adjustable drive levels, and integrated power-on reset, that make it the perfect choice for applications requiring the highest performance and lowest jitter.

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