onsemi PLL Clock Buffer 16-Pin QFN Surface Mount, 2GHz Max Input Frequency, 250ps Max Propagation Delay NB6N14SMNG

onsemi NB6N14SMNG PLL Clock Buffer with 16-Pin QFN package is a high-performance clock buffer semiconductor device designed for electronic and industrial applications requiring fast, precise timing signal management. It supports a maximum input frequency of 2GHz which enables high-speed clocking capabilities suitable for modern digital systems.

This device features a maximum propagation delay time of 250ps, allowing for minimal signal timing variance in complex circuits. The surface mount configuration and 16-pin QFN package provide easy installation on printed circuit boards, contributing to compact and efficient product designs.

Operating supply voltage up to 3.8V and an operational temperature range from -40°C to 85°C give this clock buffer versatility under various environmental conditions. The low height of 0.95mm and a length of 3mm make it ideal for systems with strict space constraints.

While this model does not carry specific industry approvals or automotive standards, its robust design makes it suitable for a broad range of clock generation and buffering needs in industrial, electronic, and communication sectors.

Maximum input frequency of 2GHz for high speed performance. Propagation delay time of 250ps to ensure precise signal timing. Compact 16-pin QFN surface mount package. Maximum supply voltage of 3.8V supports flexible power schemes.

Wide operating temperature tolerance from -40°C to 85°C. Low profile with 0.95mm height and 3mm package length.

This product is ideal for semiconductor applications in clock timing, frequency synthesis, and signal distribution in industrial and commercial electronic equipment. It enables improved circuit reliability and timing accuracy essential for synchronous designs.

Explore additional onsemi semiconductor solutions and Clock Buffers in EnvMart's extensive electronics components catalog to meet diverse design requirements.