PI6LC48P25104LIE

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PI6LC48P25104LIE is an application-specific device designed for clock/timing applications. It is a low power, low-voltage logic device with integrated circulating shift register for differential outputs and low-skew clock distribution. This device is ideal for applications where clock generation and clock distribution are critical.

This device is a Circulating Shift Register PLL (CSR PLL) and a differential logic device. The CSR PLL consists of a differential phase/frequency detector/multiplier and a charge pump. It is designed to provide high frequency, low skew and minimum phase jitter standards. The differential logic device consists of two high-speed differential logic components, connected to each other in a loop. The differential output stages further reduce noise and jitter at the output.

The PI6LC48P25104LIE is designed to provide a high-frequency output signal with minimum skews and jitters. The device has an operating frequency range of 10MHz to 1GHz. It features an integrated low-pass filter which reduces the output noise from the device. It also has an adjustable loop filter which allows for adjustable loop bandwidth and improved control. The device has adjustable output duty cycle for perfect output waveshape. The differential output stages further reduce noise and jitter at the output.

The main application field of the PI6LC48P25104LIE is in clock/timing applications such as wireless handsets, routers, DSL units, and data centers. It is also suitable for high-speed communication systems, storage systems, and high-end multimedia processing. It can be used in devices requiring high speed, low-skew, and low-jitter timing standards. The device can also be used in other applications such as digital oscilloscopes, pixel clock generation, timing synchronizers, and clock deskewers.

The working principle of the PI6LC48P25104LIE is that the input signal is multiplied by the charge pump, which is connected to a loop filter. The loop filter adjusts the bandwidth of the feedback loop, thus enabling the device to output a high-frequency signal with minimum skews and jitters. The device also has an adjustable output duty cycle for perfect output waveshape. The integrated low-pass filter further reduces the output noise and jitter. The differential output stages are also connected to each other in a loop, further reducing noise and jitter at the output.

In summary, the PI6LC48P25104LIE is a low-power, low-voltage logic device with integrated circulating shift register for differential outputs and low-skew clock distribution. It is designed to provide high frequency, low skew and minimum phase jitter standards. Its main application field is in clock/timing applications, such as wireless handsets, routers, DSL units, and data centers. Its working principle is based on a charge pump multiplied input signal that is connected to a loop filter, and a differential output stages connected to each other in a loop.

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