NXP MC33FS6600M1ESR2

System basis chips (SBCs) with functional safety architectures and behaviors are crucial for the automotive designs that support key vehicle electrification, autonomy and connectivity trends. Combine advanced power management with functional safety monitoring ideal for automotive-grade, system-oriented solutions that require high safety, efficiency and high-integrity performance.

• Different low power mode strategies and benefits for the system and low current consumption for longer duration of the stored energy
• All regulators OFF
• Low quiescent current to reduce battery discharge (mainly SBC low power budget)
• SBC can wake up the system by Wake pin or CAN (If available)
• Regulators ON with limited current capability
• MCU already powered (memory and some critical function) to accelerate system wake up
• Regulators ON with full current capability
• Safe, scalable, expandable
• Address power dissipation management, functional safety integration, complex power up/down sequence management
• Accelerate time-to-market
• Simplify safety analysis
• Enable platform approach
• Simplify the process of system compliance, with solutions designed to address the requirements of automotive and industrial functional safety standards
• Reduce the time and complexity required to develop safety systems that comply with ISO 26262 and IEC 61508 standards
• Support the most stringent safety integrity levels (SILs), helping designers to build with confidence
• Adhere to a zero-defect methodology from design to manufacturing to help ensure products meet the stringent demands of safety applications

• ADAS domain controllers
• Zone controllers
• Electrification domain controllers
• eCockpit