Hello, Welcome to Dasenic

Rochester Electronics CY7B991V-5JXC Environmental and export classification status description

The Cypress Semiconductor CY7B991V-5JXC is a high-performance, low-skew, low-jitter 1:10 differential-to-LVCMOS/LVTTL fanout buffer IC. It is commonly used in applications where precise clock distribution is required. Functions: - Fanout Buffer: It takes a single differential input signal and provides ten separate low-skew, low-jitter output signals. - Low Jitter: Helps maintain signal integrity in high-speed data transmission applications. - LVCMOS/LVTTL Level Translation: Provides level shifting to interface between differential and LVCMOS/LVTTL logic levels. Applications: - Networking Equipment - Telecommunications Systems - Server and Storage Systems - Test and Measurement Equipment - High-speed Data Communication Systems Alternative Components: - Texas Instruments CDCLVC1106: 1:10 LVCMOS Clock Buffer - ON Semiconductor NB6L11SMNG: 1:10 CML Clock Fanout Buffer - Analog Devices HMC985LP4E: 1:10 Differential Clock Distribution IC Embedded Modules: - Clock Distribution Circuitry - Level Translation Circuitry - Low Jitter Clock Generation Related Q&A: 1. What is the maximum operating frequency supported by the CY7B991V-5JXC? - The CY7B991V-5JXC can support clock frequencies of up to X GHz, making it suitable for high-speed applications. 2. Does the CY7B991V-5JXC offer any phase synchronization features? - Yes, this IC provides phase alignment capabilities to synchronize multiple outputs precisely. 3. Can the CY7B991V-5JXC be used in redundant clocking systems? - Yes, this IC is well-suited for redundancy configurations where a secondary clock source needs to be switched seamlessly. 4. How does the CY7B991V-5JXC handle output skew across its ten outputs? - The CY7B991V-5JXC is designed to minimize output skew, ensuring that all outputs maintain tight synchronization. 5. What power supply voltage range is supported by the CY7B991V-5JXC? - The IC supports a wide supply voltage range, typically from X V to Y V, accommodating various system designs.