PL130-07SI

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Clock buffering is the process of splitting an input clock signal into multiple outputs that are at a fixed level. This can be extremely useful for systems where a clock signal must be distributed over an entire board or sent to multiple devices. The PL130-07SI is a great example of a clock buffer that uses its serial port to provide clock signals to other devices.

The PL130-07SI is a high speed differential output clock buffer, capable of multiple signal frequencies up to a maximum of 125 MHz. It is built with advanced signal processing technology to reduce jitter and noise from the output signal. This is useful for high speed systems, as it ensures that the clock signal is always clean and reliable. The PL130-07SI also supports phase-shift outputs, allowing external phase-shifting of the output clock signal, which can be adjusted using a pin control register. This allows the user to fine tune the timing of the output signal to match the needs of their system.

In terms of power management, the PL130-07SI has an integrated power-down feature that enables the user to turn off the output signal when it is not required. This is useful for reducing the current draw of the system when the output signal is not needed. Additionally, the PL130-07SI is also compliant with the I/O and power supply standards of the IEEE1149.1 and IEEE1149.4 standard. This ensures that it is fully compatible with various high speed digital systems.

The PL130-07SI also supports several signal types, including 1V to 4V TTL, 3.3V LVCMOS and LVDS. This allows the signal signal to be used in various applications. Additionally, the PL130-07SI also has wide signal to noise margin, which reduces the amount of noise generated by the output signal.

In terms of working principle, the PL130-07SI takes an input clock signal and splits it using its internal signal processing technology. This allows the signal to be split into multiple outputs, each with its own respective delay. The output signals are then coupled to their respective outputs using a differential buffer that ensures that all output signals carry the same level of signal integrity. This reduces jitter and noise in the output signal, making it suitable for high speed applications.

In conclusion, the PL130-07SI is a great clock buffer that can be used in a variety of applications. It is built with advanced signal processing technology to reduce jitter and noise from the output signal, and it is compliant with various digital system standards. It is also capable of multiple signal frequencies and it has an integrated power-down feature that reduces current draw when not required. Additionally, it supports various signal types, allowing it to be used in various applications. All of these features combined make the PL130-07SI an ideal choice for a wide range of clock buffering applications.

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