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MFS2302BMMA0EP is listed in the Power Management - Specialized range at ChipApex. The manufacturer field lists NXP USA Inc.. Its product description is MFS2302BMMA0EP. Review the specifications below when checking this part for your BOM.
The MFS2302BMMA0EP is a specialized automotive System Basis Chip (SBC) from the FS23 family, manufactured by NXP Semiconductors. It integrates power management, CAN FD transceiver, and LIN transceiver within a single QFN-48 package. The device operates with an input voltage range of 5.5 V to 40 V and supports a wide operating temperature range from -40°C to +125°C. Designed for high integration, it optimizes bill-of-materials costs for body and comfort market applications while providing scalable solutions compatible with various microcontrollers.
Verify the exact suffix against official documentation, as variations like BMBA0EP may differ in specific configuration or revision status compared to BMMA0EP. Confirm RoHS compliance and lead times directly with authorized distributors, as availability can be restricted. Ensure the ordering part number matches the required pinout and software compatibility for your specific design implementation.
Select this component when a highly integrated SBC is required for automotive body and comfort applications. It is suitable for designs needing both DC-DC and LDO regulation options within the same pin-compatible family. Consider this part if the application demands ASIL B functional safety support and flexible power rail configuration for microcontrollers and sensors.
This device belongs to the FS23 system basis chip family, which provides an expandable solution ranging from linear regulator versions to DC-DC regulators. The family ensures pin-to-pin and software compatibility across different variants, allowing designers to scale power capabilities and safety integrity levels without changing the board layout or core software architecture.
Other members of the FS23 family, such as MFS2300BMBA0EP, offer pin-to-pin and software compatibility. Verify that the alternative variant meets the specific power output requirements and safety integrity level needs of the target application before substitution.
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