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SI5330F-A00216-GM

SI5330F-A00216-GM Description

The SI5330F-A00216-GM is a high-performance clock buffer designed by Skyworks Solutions, Inc., a leading provider of innovative semiconductor solutions. This device is part the of Clock Buffers and Drivers ICs category and is specifically engineered to provide reliable and efficient signal distribution. The SI5330F-A00216-GM features a 1:8 fanout ratio, making it ideal for applications requiring multiple output signals from a single input source. It supports a wide range of input types, including CMOS, HSTL, LVTTL, and SSTL, and operates within a supply voltage range of 1.71V to 3.63V. The device is housed in a surface-mount 24QFN package, ensuring compact and robust integration into various electronic systems.

SI5330F-A00216-GM Features

• Fanout Buffer (Distribution), Translator Type: The SI5330F-A00216-GM is designed to efficiently distribute a single input clock signal to eight output signals, ensuring precise timing and synchronization across multiple components.
• Wide Input Compatibility: The device supports multiple input signal types, including CMOS, HSTL, LVTTL, and SSTL, making it versatile for various applications and ensuring compatibility with different system architectures.
• CMOS Output: The CMOS output ensures high signal integrity and compatibility with downstream CMOS devices, maintaining signal quality and reducing noise.
• Broad Voltage Range: Operating within a supply voltage range of 1.71V to 3.63V, the SI5330F-A00216-GM offers flexibility in power supply requirements, suitable for both low-power and standard voltage applications.
• High Frequency Performance: With a maximum frequency of 200 MHz, the device is capable of handling high-speed clock signals, making it suitable for demanding applications requiring precise timing.
• Surface Mount Technology: The surface-mount 24QFN package ensures a compact and reliable integration into PCB designs, facilitating high-density layouts and robust mechanical performance.
• RoHS3 Compliant: The SI5330F-A00216-GM meets the stringent environmental standards of RoHS3, ensuring compliance with global regulations and promoting sustainable manufacturing practices.
• Moisture Sensitivity Level (MSL) 2 (1 Year): The device is rated for a moisture sensitivity level of 2, ensuring it can withstand environmental conditions for up to one year without, degradation enhancing its reliability in various operational environments.

SI5330F-A00216-GM Applications

The SI5330F-A00216-GM is ideal for a wide range of applications where precise clock signal distribution and synchronization are critical. Key applications include:

• Telecommunications: Providing reliable clock distribution for base stations, switches, and routers, ensuring accurate timing and synchronization across multiple components.
• Networking Equipment: Enhancing the performance of network switches, routers, and other networking devices by distributing high-speed clock signals with minimal jitter.
• Data Centers: Ensuring precise timing and synchronization in data center infrastructure, including servers, storage systems, and network equipment.
• Industrial Automation: Facilitating accurate timing and synchronization in industrial control systems, robotics, and automation equipment.
• Consumer Electronics: Enhancing the performance of high-speed consumer electronics such as gaming consoles, set-top boxes, and smart TVs by providing reliable clock distribution.

Conclusion of SI5330F-A00216-GM

The SI5330F-A00216-GM is a versatile and high-performance clock buffer that offers significant advantages over similar models. Its wide input compatibility, CMOS output, and broad voltage range make it suitable for a variety of applications, while its high-frequency performance ensures precise timing and synchronization. The surface-mount 24QFN package and RoHS3 compliance further enhance its appeal for modern electronic systems. Despite being marked as obsolete, the SI5330F-A00216-GM remains a reliable choice for applications requiring robust and efficient clock signal distribution.