AD9517-4ABCPZ

Product Model: AD9517-4ABCPZ

Introduction:

The AD9517-4ABCPZ is an advanced clock distribution and synchronization solution that offers unmatched precision and flexibility in various applications. Designed by Analog Devices, this highly integrated clock distribution IC provides exceptional performance, making it a top choice for applications in industries like telecommunications, aerospace, and test and measurement.

Parameters:

Clock Inputs:

Four universal clock inputs (LVPECL, LVDS, HSTL, CMOS) with automatic format detection.

14-bit digital phase-locked loop (DPLL) for precise frequency synthesis.

Clock Outputs:

14 differential clock outputs supporting a wide range of frequencies.

Jitter Performance:

Industry-leading low-phase noise and jitter for high-precision applications.

Integrated low-noise voltage-controlled oscillators (VCOs) for reduced jitter.

Digital Interface:

Serial peripheral interface (SPI) for easy configuration and control.

32-bit programmable modulus for flexible clock generation.

Output Synchronization:

Output delay adjustment for precise synchronization of multiple clock domains.

Advantages:

Flexible Clock Inputs:

The AD9517-4ABCPZ accommodates multiple clock input formats, ensuring compatibility with various signal sources. Automatic format detection simplifies integration.

High Precision:

With its 14-bit DPLL, the device offers exceptional precision in frequency synthesis, making it suitable for applications demanding highly accurate clocks.

Low Jitter:

Industry-leading low-phase noise and jitter performance contribute to the reliability and accuracy of critical applications.

Versatile Output:

The 14 differential clock outputs support a wide frequency range, offering flexibility in clock distribution.

Digital Control:

The SPI interface provides an intuitive way to configure and control the device, while the 32-bit programmable modulus ensures adaptability to different applications.

Features:

Universal Clock Inputs:

Four universal clock inputs support a variety of input signal formats, simplifying compatibility with different sources.

Low-Noise VCOs:

Integrated low-noise VCOs minimize jitter and improve signal integrity, particularly in precision applications.

Output Synchronization:

Output delay adjustment enables precise synchronization of multiple clock domains, critical in applications like high-speed data communication.

Digital and Analog Lock Detection:

The AD9517-4ABCPZ includes both digital and analog lock detection circuits to ensure reliable operation and facilitate system monitoring.

Output Mute Function:

The device offers an output mute function for applications requiring momentary signal suppression.

Applications:

Telecommunications:

The AD9517-4ABCPZ is a go-to choice for telecommunications infrastructure equipment, ensuring precise clock synchronization in data transmission and reception.

Aerospace and Defense:

This clock distribution IC is used in aerospace and defense applications, where accuracy and reliability are paramount, such as radar systems and satellite communications.

Test and Measurement:

In the test and measurement industry, it serves as a key component in high-precision instruments, guaranteeing accurate timing and synchronization.

Networking Equipment:

It is employed in networking equipment to maintain precise clocking in data centers and telecommunications hubs.

Industrial Automation:

The AD9517-4ABCPZ ensures synchronized data acquisition and control in industrial automation systems.

In conclusion, the AD9517-4ABCPZ represents a cutting-edge clock distribution and synchronization solution with remarkable precision, low jitter, and flexibility in supporting various clock formats. Its features, including low-noise VCOs, output synchronization, and digital control, make it a top choice in industries such as telecommunications, aerospace, test and measurement, and networking. For applications where timing accuracy and signal integrity are of utmost importance, the AD9517-4ABCPZ is the ideal solution to ensure reliable and synchronized clock distribution.