IDT49FCT3805DPYI

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) IDT49FCT3805DPYI Overview

Introducing the Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) IDT49FCT3805DPYI, a high-performance clock buffer designed to distribute high-speed signals with precision. Engineered by Intersil, a part of Renesas Electronics Corporation, this device is an essential component for maintaining signal integrity in complex electronic systems. The IDT49FCT3805DPYI operates at a frequency of up to 166 MHz and is packaged in a practical 20-SSOP format, making it ideal for compact yet demanding applications. This clock buffer efficiently creates five buffered copies of a clock signal, ensuring robust signal distribution and minimal skew, which is vital for synchronous operation.

IDT49FCT3805DPYI Features

The IDT49FCT3805DPYI Clock Buffer features include:

• High frequency operation up to 166 MHz, suitable for various high-speed applications.
• 1:5 fan-out ratio, allowing extensive distribution of a single clock input to five outputs.
• Low propagation delay and skew, ensuring synchronized output across all channels.
• Compact 20-SSOP packaging, which facilitates easy integration into system designs without compromising performance.
• Engineered for minimal power consumption, providing an energy-efficient solution for driven clocks.

IDT49FCT3805DPYI Applications

• Digital Signal Processors (DSPs):

  Enables reliable clock signal distribution to multiple DSPs, crucial for maintaining synchronized processing in audio and video broadcasting applications.

• Server Motherboards:

  Provides stable and synchronized clock signals essential for server performance and reliability in data centers.

• Telecommunications Equipment:

  Assists in distributing a consistent clock across various components, ensuring synchronized data transmission in communication infrastructures.

• FPGA-based Systems:

  Optimizes the timing of FPGA operations by supplying uniform clock outputs to several parts of the system, critical for performance efficiency in complex electronics.

• High-Speed Computer Interfaces:

  Improves interface reliability between high-speed computer components by reducing timing errors and signal integrity issues.