SI5350A-B02847-GTR

Clock Generators, PLLs, Frequency Synthesizers Skyworks Solutions, Inc. SI5350A-B02847-GTR Overview

The SI5350A-B02847-GTR from Skyworks Solutions, Inc. is a versatile clock generator IC that promises robust performance for a wide range of applications. Designed to offer any frequency and any output directly from a crystal input, this compact component housed in a 10-MSOP package, leverages advanced PLL technology to provide flexible frequency synthesis and clock generation capabilities. Its capacity to generate multiple clock outputs simultaneously from a single device reduces complexity and enhances system reliability, making it an ideal choice for designers aiming to streamline hardware designs while maintaining precise timing and synchronization.

SI5350A-B02847-GTR Features

The SI5350A-B02847-GTR stands out with its ability to generate multiple output frequencies that can be independently controlled, providing significant advantages for complex electronic systems. Key features include a low-jitter clock output, programmable frequency options, and a wide frequency range, all of which contribute to its efficiency and versatility in challenging applications.

SI5350A-B02847-GTR Applications

• Consumer Electronics: Utilized in devices like high-definition televisions and gaming consoles, the SI5350A-B02847-GTR ensures precise clock frequency management which is critical for audio and video synchronization.
• Telecommunications: In networking equipment such as routers and switches, this IC provides reliable frequency synthesis that helps maintain system stability and allows for scalable data transmission.
• Computing: Critical in applications such as servers and data centers, the SI5350A-B02847-GTR aids in managing multiple clock networks efficiently, ensuring smooth and reliable operation.
• Industrial: In industrial automation systems, accurate timing is crucial for coordinating machinery and processes. This IC delivers the necessary precision, thereby enhancing the overall system performance.