AD9512UCPZ-EP-R7

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The AD9512UCPZ-EP-R7 is a high-performance, low-noise clock buffer designed for applications that require excellent signal integrity. It can deliver up to a 6x maximum frequency range, adjustable HCSL outputs, and an adjustable IDT spectrum cleaner. This clock buffer is suited for applications in the clock/timing field where accuracy and low-noise are critical.

Application Field: Clock/Timing

The AD9512UCPZ-EP-R7 is designed to be used in various clock/timing applications. It features an adjustable HCSL output with a maximum 6x frequency range. This allows for a wide variety of oscillator frequencies to be used for applications requiring different clock speeds. The AD9512UCPZ-EP-R7 can also be used to reduce jitter in high-speed data streams.

The AD9512UCPZ-EP-R7 also features an adjustable IDT Spectrum Cleaner. This Clock Buffer is ideal for applications requiring reliable, low-noise clock signals such as medical imaging or instrumentation equipment. In addition, it can be used for communications applications where a low-jitter clock signal is needed to reduce interference and ensure reliable data transmission.

Working Principle

The AD9512UCPZ-EP-R7 works by taking in an input clock signal and amplifying it with adjustable HCSL outputs. The output clock signal is then fed through an adjustable IDT Spectrum Cleaner. This reduces the jitter and unwanted noise from the clock signal, allowing for reliable and high-quality outputs.

The AD9512UCPZ-EP-R7 also features adjustable control settings. This allows users to fine-tune the clock buffer to suit different application requirements. The settings can be adjusted to change the output frequency, the slew rate, and the current level of the clock signal. This ensures that the output clock signal is accurate and optimized for the application.

The AD9512UCPZ-EP-R7 is designed to provide reliable and low-noise clock signals in a variety of clock/timing applications. It features adjustable HCSL output, an adjustable IDT Spectrum Cleaner, and adjustable control settings. This allows users to fine-tune the clock buffer to meet different application requirements and reduce jitter in high-speed data streams.

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