PL130-07AQC

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The PL130-07AQC is an efficient, reliable, and cost-effective clock buffer, driver, and clock generator. It is ideal for applications in high-speed data communication links, high-speed data storage links, and high-density digital circuit links.

The PL130-07AQC is a clock buffer, driver, and clock generator that is used to reduce jitter and minimize noise in high-speed clock signals. It has two independent differential clock inputs that are designed to provide low jitter and fast response to allow reliable transmission between high-speed devices. It supports up to four output lines, each of which can be individually enabled for different types of noise and jitter reduction.

The PL130-07AQC has a built-in phase detector and slew rate limiter, which allows it to automatically detect and compensate for phase shifts in the input signals. It also features a low-pass filter to reduce high-frequency jitter. The output signals are then synchronized, shaped, and buffered to produce clean, reliable, and low-jitter clock signals.

The PL130-07AQC also includes a robust clock divider and multiplexer to provide flexibility in clock signal routing. The clock divider allows the user to reduce the clock frequency of the output signals, while the multiplexer can be used to route multiple input signals to a single output.

The PL130-07AQC can be used in a variety of applications, including high-speed data storage links and digital communication links. It is designed to reduce jitter and produce clean clock signals for these applications. In addition, it can be used to provide a reliable clock signal for digital signal processing and test and measurement systems.

The PL130-07AQC is a reliable and cost-effective solution for reducing jitter and providing reliable clock signals for high-speed data communication links, data storage links, and digital circuit links. The clock buffer, driver, and clock generator provide low jitter and fast response to allow reliable transmission between high-speed devices. It is designed to produce clean and reliable clock signals, while reducing noise in the signal path.

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