IDT49FCT20805PYI

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) IDT49FCT20805PYI Overview

The Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) IDT49FCT20805PYI is a high-performance IC clock buffer designed to address the stringent demands of signal integrity in advanced technology systems. This product ensures reliable distribution of a clock signal within digital systems, providing one input to five outputs with a maximum frequency of 166 MHz. Encased in a compact 20SSOP package, it combines low-skew, low-jitter performance with robust operational stability, making it an ideal choice for a wide range of applications where precise timing is crucial.

IDT49FCT20805PYI Features

The IDT49FCT20805PYI clock buffer from Intersil features significant specifications and benefits including:

• 1:5 fan-out buffer which allows significant expansion of a single clock input to multiple outputs.
• Maximum frequency support up to 166 MHz enabling high-speed operations.
• Low skew and low jitter characteristics ensure minimal signal distortion and more reliable data integrity.
• Available in a 20-pin SSOP (Shrink Small Outline Package) which offers a space-efficient footprint suitable for densely packed PCBs.

IDT49FCT20805PYI Applications

• Networking Equipment: Utilized in routers and switches to maintain precise timing across multiple channels and support high-speed data transmission.
• Computing Systems: Enhances system stability and performance by providing consistent clock signals to the motherboard and other peripheral devices.
• Telecommunications: Key component in telecom infrastructure to ensure synchronized operations and reliability in signal distribution.
• Data Centers: Supports the infrastructure in data centers by delivering accurate clock distribution, essential for managing vast amounts of data and maintaining system coherence.
• Consumer Electronics: Used in devices requiring precise timing such as set-top boxes and digital TVs to ensure error-free signal processing and functionality.