The ICS85211BMI-03LNT is a high-performance, low-skew, zero delay clock buffer from Integrated Circuit Systems (now Renesas). This device is designed to distribute clock signals with minimal skew and jitter, ensuring accurate timing in high-speed digital systems. It features multiple output banks, allowing for flexible clock distribution configurations. The ICS85211BMI-03LNT is ideal for applications requiring precise clock synchronization and low noise performance.

Applications:

• Clock distribution in high-speed digital systems
• Server and networking equipment
• Telecommunications infrastructure
• Data centers
• Test and measurement equipment

Features:

• Zero delay clock buffer
• Low skew outputs
• Low jitter performance
• Multiple output banks
• LVCMOS/LVTTL compatible inputs and outputs
• Operating Voltage: 2.5V or 3.3V

Benefits:

• Precise clock synchronization
• Improved timing accuracy
• Reduced noise and signal degradation
• Flexible clock distribution
• Easy integration with digital systems

Additional Details:

The ICS85211BMI-03LNT clock buffer distributes clock signals with minimal skew, ensuring that all connected devices receive the clock signal at the same time. This is critical for maintaining data integrity in high-speed digital systems. The low jitter performance minimizes noise and signal degradation, improving the overall system performance. The multiple output banks allow for flexible clock distribution configurations, enabling the clock signal to be routed to different parts of the system. The ICS85211BMI-03LNT is commonly used in server and networking equipment to synchronize clock signals between different components. It is also used in telecommunications infrastructure to ensure accurate timing in data transmission. The device operates on a single supply voltage (2.5V or 3.3V) and is available in a small package. It is designed for reliable operation over a wide temperature range. The ICS85211BMI-03LNT is a high-performance and reliable clock buffer for a variety of clock distribution applications.