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Renesas Electronics Integrated Circuit (IC) - 8T49N004A-006NLGI8 Overview The Renesas Electronics 8T49N004A-006NLGI8 is a precision programmable clock generator IC that offers a flexible solution for clock generation, distribution, and jitter attenuation in various applications. It features high performance, low jitter, and low power consumption, making it suitable for demanding system requirements. Functions - Precision clock generation - Frequency synthesis - Jitter attenuation - Clock distribution - Integrated phase-locked loop (PLL) - Multiple input and output clock options Applications - Networking equipment - Data centers - Telecommunications systems - Industrial automation - Test and measurement instruments Alternative Components - Silicon Labs Si5342A - IDT 5P35021 Embedded Modules - Programmable PLL - Clock multiplier - Frequency dividers - Output drivers Related Q&A 1. Can the 8T49N004A-006NLGI8 be used in high-speed data communication applications? Yes, the 8T49N004A-006NLGI8 is suitable for high-speed data communication applications due to its low jitter performance and precision clock generation capabilities. 2. How does the 8T49N004A-006NLGI8 compare to other clock generator ICs in terms of power consumption? The 8T49N004A-006NLGI8 is known for its low power consumption, making it ideal for applications where power efficiency is critical. 3. Can the 8T49N004A-006NLGI8 support multiple clock outputs with different frequencies simultaneously? Yes, the 8T49N004A-006NLGI8 supports multiple clock outputs with independent frequency settings, providing flexibility in system design. 4. Is the 8T49N004A-006NLGI8 programmable for custom clock configurations? Yes, the 8T49N004A-006NLGI8 is programmable, allowing users to configure various clock parameters based on their specific requirements. 5. What are the key features that set the 8T49N004A-006NLGI8 apart from other clock generator ICs in the market? The 8T49N004A-006NLGI8 stands out for its high precision, low jitter, and versatility in clock generation and distribution applications, making it a preferred choice for demanding systems.