CY24216SXC-1 16K x 8 SRAM Memory IC – 28-Pin SOIC Package

CY24216SXC-1 Overview

The CY24216SXC-1 is a high-performance clock generator and distribution IC designed for industrial and communication applications. With integrated PLLs and multiple output channels, it delivers precise timing signals essential for system synchronization and low jitter performance. Featuring a broad supply voltage range and flexible output configurations, this device supports diverse clocking requirements in complex electronic systems. Its compact packaging and robust design make it suitable for demanding environments. For engineers and sourcing specialists seeking reliable and scalable timing solutions, the CY24216SXC-1 offers an efficient, low-noise clock source optimized for system stability and performance. Learn more at IC Manufacturer.

CY24216SXC-1 Technical Specifications

CY24216SXC-1 Key Features

• Dual PLL Architecture: Enables precise frequency synthesis and low jitter output, enhancing overall system timing accuracy.
• Flexible Output Formats: Supports LVPECL, LVDS, and LVCMOS outputs to match various interface standards, simplifying integration.
• Wide Frequency Range: Covers essential frequencies from audio clocks to high-speed digital signals, supporting multiple application needs.
• Low Power Operation: Optimized power consumption reduces thermal stress and improves system reliability in industrial environments.
• Robust Package and Temperature Range: The 48-pin TQFP package and industrial temperature rating ensure durability in harsh operating conditions.
• Multiple Output Channels: Offers up to 8 single-ended or 4 differential outputs, enabling clock distribution to multiple subsystems.

CY24216SXC-1 Advantages vs Typical Alternatives

This clock generator stands out with its dual PLL design providing superior jitter performance compared to single-PLL alternatives. Its versatile output options allow seamless compatibility with diverse system interfaces, reducing the need for external translation components. The broad operating temperature and low power characteristics enhance reliability and integration in demanding industrial applications. Overall, it offers a balanced combination of precision, flexibility, and efficiency that typical clock devices may lack.

Typical Applications

• Telecommunications equipment requiring stable and low-jitter clock signals for data transmission and synchronization in base stations and network infrastructure.
• Industrial automation systems where precise timing coordination between controllers and sensors ensures accurate process control.
• High-speed data acquisition systems that rely on multiple synchronized clocks for sampling accuracy and system integrity.
• Embedded systems and FPGA clocking solutions where multiple clock domains necessitate flexible frequency generation and distribution.

CY24216SXC-1 Brand Info

The CY24216SXC-1 is part of a family of advanced clocking ICs provided by a leading semiconductor manufacturer known for delivering high-quality timing solutions. This product line emphasizes precision, reliability, and integration ease for industrial and communication sectors. The brand’s commitment to robust design and comprehensive application support makes the CY24216SXC-1 a trusted choice for engineers designing complex electronic systems that demand accurate and stable clock sources.

FAQ

What is the typical jitter performance of the CY24216SXC-1?

The device achieves sub-picosecond root mean square (RMS) jitter, ensuring very low phase noise and high signal integrity, which is critical for applications requiring precise timing and minimal signal distortion.

Can the CY24216SXC-1 support multiple output formats simultaneously?

Yes, it offers flexible output configurations supporting LVPECL, LVDS, and LVCMOS standards, allowing designers to tailor clock signals to various interface requirements within the same system.