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The ZL50060GAG2 is a high-performance digital bus switch IC manufactured by Microchip Technology. It integrates a 4K non-volatile memory configuration with rate conversion capabilities and includes an integrated S3 DPLL for precise clock management. Designed for robust signal integrity, this component operates within a specified voltage range and supports surface-mount installation in a defined package footprint. The device is engineered to meet industrial temperature standards, ensuring reliable operation across demanding environments while providing flexible routing options for complex system architectures.
Verify the current lifecycle status of the ZL50060GAG2 before procurement planning, as availability may be limited due to end-of-life transitions. Confirm that the specific GAG2 suffix matches the required package and temperature grade for your design. Ensure compatibility with existing board layouts and power supply rails. Consult official Microchip documentation for final qualification data and recommended operating conditions prior to integration into production systems.
Select the ZL50060GAG2 when designs require integrated clock regeneration alongside bus switching functions. Evaluate the need for internal non-volatile memory to simplify board space and reduce external component count. Compare performance metrics against discrete solutions to assess benefits in jitter reduction and signal fidelity. Ensure the operating temperature range aligns with the environmental constraints of the target application platform.
This component belongs to the ZL500xx series of digital bus switches from Microchip Technology. The series is characterized by the integration of advanced clocking features such as DPLLs and rate converters within standard switching IC form factors. This approach allows designers to consolidate multiple functions into a single package, reducing complexity in high-speed digital systems requiring precise timing and signal routing.
Publicly confirmed substitute part numbers are not available in the provided reference material. Verify cross-references through official Microchip engineering channels or authorized distributors to identify qualified alternatives if discontinuation occurs.