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Flip Electronics CY7C4265-15AXC Environmental and export classification status description

Cypress Semiconductor CY7C4265-15AXC Overview The CY7C4265-15AXC is a synchronous pipeline register featuring fast speeds and wide data paths, designed by Cypress Semiconductor. It falls under the Integrated Circuits (ICs) category and is commonly used in digital systems for its reliable performance. Functions - The CY7C4265-15AXC serves as a synchronous pipeline register. - It supports fast data transmission and reception. - Provides buffering and synchronization of data signals. - Helps in reducing signal propagation delays. Applications - Used in high-speed digital data processing systems. - Ideal for designs requiring fast and reliable data transmission. - Commonly found in networking equipment, data centers, and telecommunications gear. - Suitable for use in high-performance computing systems. Alternative Components - SN74ALS646-1NT from Texas Instruments - MC10E111FNR2 from ON Semiconductor - IDT 7203L-25J from Integrated Device Technology Embedded Modules - The CY7C4265-15AXC can be used in conjunction with microcontrollers or FPGAs for more complex system designs. - It interfaces well with various interface modules to extend its functionalities. Related Q&A 1. What is the maximum operating frequency of the CY7C4265-15AXC? - The CY7C4265-15AXC can operate at a maximum frequency of 133MHz. 2. Does the CY7C4265-15AXC support multiple data widths? - Yes, it supports a wide range of data widths and can be configured accordingly. 3. What power supply requirements does the CY7C4265-15AXC have? - The CY7C4265-15AXC typically operates with a voltage supply range of 3.3V. 4. Is the CY7C4265-15AXC suitable for building high-speed data acquisition systems? - Yes, the CY7C4265-15AXC's fast speeds and reliable performance make it well-suited for high-speed data acquisition applications. 5. Can the CY7C4265-15AXC be cascaded for larger data path widths? - Yes, multiple CY7C4265-15AXC can be cascaded to increase the data path width in digital systems.