CY22393ZXC-530

Product Overview

The CY22393ZXC-530 is a Cypress Semiconductor Corp integrated circuit intended for clock and timing functions. The device is placed within the broader component family of clock generators, phase-locked loop devices, and frequency synthesizers. It can be considered when a system requires a dedicated IC for generating or synthesizing timing signals rather than using discrete timing elements. The manufacturer datasheet should be consulted before final schematic, layout, or procurement decisions, particularly to confirm package, voltage, frequency, and interface parameters. The part number should be used exactly as specified to avoid confusion with other clock and timing devices.

Key Features

• Manufacturer part number CY22393ZXC-530 identifies the device within Cypress Semiconductor Corp product nomenclature.
• The component is an integrated circuit (IC) for clock and timing functions.
• It is categorized among clock generators, phase-locked loop devices, and frequency synthesizers.
• The exact part number should be used in design documentation and component ordering.

Applications

• Timing signal generation in digital logic assemblies.
• Clock reference synthesis for embedded processing hardware.
• Frequency generation in communication-oriented equipment.

Design & Procurement Notes

Designers should confirm the package, supply voltage, timing characteristics, and interface requirements from the manufacturer datasheet before finalizing a schematic or PCB layout. The exact manufacturer part number CY22393ZXC-530 should be retained in the bill of materials to prevent substitution with a different clock generator variant. When selecting this device for a timing path, verify that the system architecture aligns with clock generator, phase-locked loop, or frequency synthesizer functionality. Procurement should focus on matching the specified part number rather than relying on generic category descriptions, because clock and timing ICs can differ substantially in electrical characteristics and mechanical format.