IDT2308B-4DC8

Clock Generators, PLLs, Frequency Synthesizers Intersil (Renesas Electronics Corporation) IDT2308B-4DC8 Overview

The Intersil (Renesas Electronics Corporation) IDT2308B-4DC8 is an advanced clock generator designed to meet the rigorous demands of modern electronic devices. This component is critical in providing stable, reliable clock signals essential for synchronous operation in digital systems. With its robust design and enhanced features, the IDT2308B-4DC8 ensures reduced system noise and improved timing precision, making it a vital part of any high-performance circuit. Ideal for applications requiring meticulous clock synchronization and timing accuracy, this clock multiplier integrates seamlessly into various digital environments, thereby enhancing system integrity and operational reliability.

IDT2308B-4DC8 Features

The IDT2308B-4DC8 clock generator is equipped with zero delay buffer technology and standard drive capability, housed in a 16SOIC package. It offers multiple outputs that can drive standard load conditions, ensuring compatibility across a broad range of electronic assemblies. Its ability to distribute a single clock input to multiple outputs without phase delay is crucial for maintaining system coherence in multi-component setups. Moreover, the device features low skew characteristics which are essential for maintaining timing accuracy across all outputs.

IDT2308B-4DC8 Applications

• Server Motherboards: Utilizes zero-delay buffering to synchronize high-speed CPU and memory operations, enhancing overall system performance and stability.
• Telecommunications Equipment: Provides precise clock signals necessary for managing data transfers and signal integrity in complex telecom infrastructures.
• Consumer Electronics: Supports the synchronization of multiple digital components in devices such as digital TVs and gaming consoles, ensuring smooth and reliable operation.
• Networking Devices: Facilitates reliable clock distribution in routers and switches, critical for maintaining timing accuracy in data communications.