9ZX21200AKLF

Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 9ZX21200AKLF Overview

The 9ZX21200AKLF from Intersil (Renesas Electronics Corporation) is a specialized clock/timing integrated circuit designed to meet the rigorous demands of modern electronic systems. This IC ensures precise timing and synchronization, essential for achieving optimal performance in high-speed computing and communication infrastructures. With its ability to buffer and distribute clock signals accurately across multiple outputs, the 9ZX21200AKLF stands out as a critical component for system reliability and efficiency. Its integration into your hardware setup not only simplifies design complexity but also enhances overall system robustness, making it a key element in any application-specific clock/timing solution.

9ZX21200AKLF Features

The 9ZX21200AKLF boasts an array of features that make it a robust choice for demanding applications. This IC provides twelve differential outputs, capable of handling low-jitter and high-frequency clock signals with precision. Housed in a compact 56-MLF (Micro Lead Frame) package, it offers a reduced footprint on system boards, allowing for more efficient use of space in densely packed electronic assemblies. Its ability to operate over a broad range of temperatures also ensures reliability under varying environmental conditions.

9ZX21200AKLF Applications

• Server Motherboards: Ensures synchronized operations across various components, improving server efficiency and reliability.
• Telecommunications Equipment: Provides the necessary clock distribution for handling high-speed data transmission, enhancing signal integrity.
• Data Centers: Facilitates reliable and consistent clock distribution, crucial for the operation of large-scale storage and processing infrastructure.
• Networking Hardware: Optimizes performance and minimizes latency in routers and switches by ensuring precise timing of data flows.
• High-performance Computing: Supports complex computations by maintaining accurate timing across multiple processing units.