PI49FCT3805BQE

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PI49FCT3805BQE can be categorized as Clock/Timing - Clock Buffers, Drivers, as it is designed to provide a way to control timing in clock-based systems. This device includes 8 transmission line drivers with an adjustable output voltage range and an allow-power switching feature. It can buffer on-chip clocks, generate multiple clock signals and distribute them to multiple outputs.

PI49FCT3805BQE application field mainly covers clock-based systems such as: clock synchronization, data/command encoding systems, local area networks and high-speed serial communication links. This device is suitable for applications requiring a high performance level and high levels of integration. Moreover, the device provides designers flexibility in terms of power management and clock timing capabilities.

The working principle of PI49FCT3805BQE revolves around the use of a dual-line driven transmission line driver. This driver allows for switching between two distinct output voltages, allowing for the driving of signals both up and down the line. Through use of an adjustable on-die output buffer, the clock signal can be adjusted in a wide range at any given time, allowing the designer to control the x-axis (vertical) timing of the signal. The use of a multiplexer further allows the designer to control the clock signals in terms of the y-axis (horizontal) timing. By using the input/output crosspoint switching feature, the signals can be switched between various outputs, allowing for complex routing of the signals.

PI49FCT3805BQE is ideal for use in clock-based systems, such as networking, synchronization and control systems. The device utilizes a dual-line driven transmission line driver for both the clock and data signals, providing the user with the flexibility of switching between two distinct output voltages. The adjustable on-die output buffer applies the appropriate timing to the signals, and the multiplexing allows for complex routing of the clock signals across multiple outputs. The allow-power switch feature also ensures efficient power management during operation.

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