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MC33FS8430G0ES is listed in the Power Management - Specialized range at ChipApex. The manufacturer field lists NXP USA Inc.. Its product description is SYSTEM BASIS CHIP FS8430. Review the specifications below when checking this part for your BOM.
The MC33FS8430G0ES is an automotive, functionally safe multi-output power supply integrated circuit from the FS84 series. It features a DC maximum input voltage of 60V and operates within a temperature range of -40°C to +125°C. The device integrates multiple switch-mode power supplies (SMPS) and linear regulators (LDOs) to support S32 microcontrollers. It includes a 32-bit SPI interface with CRC and IDC capabilities. The component is AEC-Q100 qualified and achieves ASIL B safety integrity level through independent safety monitoring mechanisms.
Verify the exact suffix against official NXP documentation to confirm package type and tape/reel specifications. Ensure compatibility with ISO26262 requirements for your target application. Confirm that the HVQFN-56 package variant matches your PCB footprint design constraints before finalizing orders.
Select this component when designing ADAS systems requiring ASIL B compliance and integrated power management for S32 microcontrollers. Consider the FS84 series scalability if future pin-to-pin compatibility with FS85 devices is needed. Evaluate OTP programming needs early, as custom configurations require specific development kits or factory programming services.
The MC33FS8430G0ES belongs to the FS84 family of Safety System Basis Chips designed specifically for automotive environments. It serves as a primary companion chip for NXP S32 microcontrollers, offering a scalable power and safety concept. The series is developed in accordance with ISO26262 standards and is compatible with the FS85 series for software and pin flexibility.
For new designs using the HVQFN56 package, NXP recommends considering parts with the KS suffix (e.g., MC3xFS84xxKS). The FS84 and FS85 series are pin-to-pin and software compatible, allowing for potential migration between these families depending on specific power output requirements.
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