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Onsemi NBSG11MNR2 Environmental and export classification status description

The OnsemiNBSG11MNR2 is a high-performance, low-power differential 1:2 clock/data fanout buffer designed for clock distribution systems in high-speed digital applications. It operates at high speeds and low power with minimal jitter and skew. Functions: 1. Differential clock/data fanout. 2. Low-power consumption. 3. High-speed operation. 4. Low jitter and skew characteristics. 5. Clock distribution in high-speed digital systems. Applications: 1. Ethernet switches and routers. 2. High-speed data communication systems. 3. Printers and scanners. 4. Servers and storage equipment. 5. Test and measurement equipment. Alternative Components: 1. Texas Instruments CDCLVC1104: Low-additive jitter fanout buffer. 2. Intel CY25901: Clock fanout buffer with low skew. 3. NXP SAB82532A: High-speed clock distribution chip. Embedded Modules: 1. Frequency synthesizer for clock generation. 2. Voltage-controlled oscillator for precision timing. 3. Phase-locked loop for jitter-free clock distribution. Related Q&A: 1. What is the maximum operating frequency of the OnsemiNBSG11MNR2? - The OnsemiNBSG11MNR2 can operate at speeds up to 3GHz, making it suitable for high-speed applications. 2. How does the low-power consumption of OnsemiNBSG11MNR2 benefit battery-operated devices? - The low-power consumption of the OnsemiNBSG11MNR2 helps prolong the battery life of portable devices, making it ideal for applications such as smartphones and tablets. 3. What are the key advantages of using a differential clock/data fanout buffer like OnsemiNBSG11MNR2 in data communication systems? - The use of a differential clock/data fanout buffer helps reduce noise and signal degradation in high-speed data communication systems, leading to better signal integrity and reliability. 4. Can the OnsemiNBSG11MNR2 be used in conjunction with PLLs for clock synchronization in networking equipment? - Yes, the OnsemiNBSG11MNR2 can be integrated with Phase-Locked Loops (PLLs) to ensure precise clock synchronization in networking equipment, ensuring optimal performance and data transmission. 5. In what ways does the low jitter and skew of the OnsemiNBSG11MNR2 contribute to signal quality in test and measurement equipment? - The low jitter and skew characteristics of the OnsemiNBSG11MNR2 help maintain signal integrity and accuracy in test and measurement equipment, ensuring reliable and precise measurements.