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Rochester Electronics CY28346ZC-2 Environmental and export classification status description

The Cypress Semiconductor CY28346ZC-2 is a Programmable Skew Clock Buffer designed for high-performance applications that require low skew and low jitter synchronization. It provides precise clock distribution in systems where multiple clock signals need to be synchronized. Functions: - Clock distribution - Skew control - Jitter synchronization Applications: - Networking equipment - Telecommunication systems - Data centers - High-speed computing systems Alternative Components: 1. IDT 5P1105 - Clock Buffer 2. Texas Instruments CDCLVC11 - Low Skew Clock Buffer 3. Analog Devices ADCLK948 - Jitter Cleaner and Clock Distribution Embedded Modules: The CY28346ZC-2 may be used in conjunction with other Cypress Semiconductor components to enable advanced clock distribution and synchronization in various electronic systems. Related Q&A: 1. What is the typical input clock frequency range supported by the CY28346ZC-2? - The CY28346ZC-2 typically supports input clock frequencies in the range of 1 MHz to 400 MHz. 2. How many output channels does the CY28346ZC-2 have? - The CY28346ZC-2 typically has 12 output channels for distributing synchronized clock signals. 3. Can the skew be dynamically adjusted in real time with the CY28346ZC-2? - Yes, the CY28346ZC-2 allows for dynamic skew adjustment to enable precise synchronization in real-time applications. 4. Is the CY28346ZC-2 suitable for applications requiring low jitter clock signals? - Yes, the CY28346ZC-2 is designed to provide low jitter synchronization, making it ideal for applications where precise clock signal timing is critical. 5. How does the CY28346ZC-2 compare to other clock distribution ICs in terms of power consumption? - The CY28346ZC-2 is known for its low power consumption, making it an energy-efficient choice for systems where power efficiency is a key consideration.