5962-9227203MXA

Overview

The 5962-9227203MXA is a 16-bit bidirectional bus transceiver manufactured by Renesas Electronics. It operates with a core voltage of 5V and supports data transmission in both directions across its sixteen channels. The device utilizes Fast CMOS technology to ensure efficient signal processing. It is housed in a 48-CERPACK surface-mount package, designed for robust integration into high-density circuit boards.

Feature Summary

• Provides 16-bit bidirectional data transfer capability
• Utilizes Fast CMOS technology for performance
• Operates at a standard 5V core voltage
• Designed for surface-mount integration

Applications

• High-speed digital data bus interfaces
• Bidirectional communication between microprocessors and memory
• Industrial control system data routing
• Automotive electronic module interconnects

Procurement Notes

This component is officially discontinued and no longer manufactured by Renesas Electronics. Verification of current availability requires checking authorized distributors for remaining stock or approved parametric equivalents. Designers must confirm end-of-life status before finalizing procurement plans to avoid supply chain disruptions.

Selection Notes

Engineers should evaluate this part against active alternatives due to its obsolete status. Selection criteria must focus on pin compatibility and electrical equivalence rather than new production availability. Verify that substitute components meet the same 5V operation and 16-bit width requirements for seamless integration.

Part Context

This part belongs to the 5962-92272 series of logic ICs from Renesas. It serves as a specialized bus transceiver within the company's broader portfolio of embedded solutions. The component represents legacy technology intended for established designs requiring specific 16-bit interface capabilities.

Replacement Considerations

Publicly confirmed substitutes include the 54ACTQ16245W-QV. Engineers should verify pinout compatibility and electrical specifications when transitioning to this equivalent to ensure functional parity in existing designs.