MK1714-01RLFTR

Clock Generators, PLLs, Frequency Synthesizers Intersil (Renesas Electronics Corporation) MK1714-01RLFTR Overview

The Intersil (Renesas Electronics Corporation) MK1714-01RLFTR is a high-performance IC Clock Multiplier with Spread Spectrum capabilities, specifically designed for reducing electromagnetic interference (EMI) across a broad range of applications. This component, housed in a compact 20-QSOP package, is engineered to provide precision clock enhancement and distribution. It helps in managing system timing effectively while minimizing system noise through its spread spectrum clocking technology. This makes the MK1714-01RLFTR an ideal choice for developers looking to enhance system performance with reliable clock solutions.

MK1714-01RLFTR Features

This IC features advanced spread spectrum clock generation techniques, which are crucial in applications sensitive to electromagnetic disturbances. The device offers a robust frequency synthesis and multiplier algorithm that enables a versatile adjustment of clock signals, helping to meet stringent timing requirements while reducing EMI. The compact 20-QSOP package allows for efficient use in space-constrained applications, ensuring that this high functionality does not come at the expense of increased space requirements.

MK1714-01RLFTR Applications

• Consumer Electronics: Utilized in devices like smartphones and tablets to manage clock signals efficiently while minimizing RF interference that can affect performance and user experience.
• Computing: Applied in laptops and desktops to provide precise clock multiplication and spread spectrum for reducing system noise and enhancing overall performance.
• Networking Equipment: Used in routers and switches, ensuring accurate timing across network infrastructures, which is crucial for maintaining high-speed data transmission and reliability.
• Embedded Systems: Integral in applications requiring compact, efficient clock solutions, such as IoT devices and smart home technology, improving reliability and reducing power consumption.