explain

S12MagniV of NXP ® The microcontroller combination provides a comprehensive solution based on the proven S12 technology. By integrating the high voltage (HV) simulation function into a standard automotive microcontroller, the S12 MagniV series simplifies the system design by helping to improve manufacturing efficiency and reduce material costs.

Embedded S12Z core

• Improve code efficiency and core performance through enhanced math capabilities

And linear address space.

• Implement complex motor control algorithms: sensorless field oriented control (FOC)

• Multiple packaging options and a range of on-chip flash memory sized MCU

Integrated physical interface

• Integrated CAN or LIN physical interface, saving space, design and test time, without external equipment

LIN or CAN interface required

• Reduce system costs and physical footprint by integrating low-end and high-end drivers

Up to 6 power MOSFETs, relays or LEDs

• Built in voltage regulator for direct battery power from 3.5 to 40 V

• Provide dual battery, starting voltage or load unloading conditions

Safe and reliable design

• Many people follow the ISO 26262 security element out of context (SEooC) component development process

• Comply with ASIL B standard, AEC-Q100 Class 0: - 40 ° C to 150 ° C ambient temperature

• Use error code correction (ECC) to provide high reliability

• Meets automotive and industrial OEM EMC/ESD specifications

• Support customers to achieve functional safety by providing FMEDA, safety manual and FIT rate

Data and dynamic FMEDA.

Integrated support ecosystem

• Provide a complete portfolio of tools and software

• Provide technical support to its dedicated engineering team

S12MagniVMCU combines 16 bit S12 and S12Z MCU movements with high-voltage analog peripherals to provide a simpler and smaller solution. The single MagniV device replaces the standard single chip microcomputer, voltage regulator, physical layer communication interface and (in some versions) motor control door drive function, helping engineers reduce the size of automotive and industrial designs including motor control and interface nodes. 

S12MagniVMCU contributes to system integration and miniaturization, leading to small printed circuit boards (PCBs) by minimizing overall size modules (fewer components and less complexity) and reducing weight (fewer materials and fewer welds and test points). S12MagniVmcu benefits cost and market readiness while improving quality, testability, reliability, and system efficiency.

S12MagniVmcu has one of the largest motor control and interface node integration solutions portfolio in the industry, and has more than 20 years of experience in integrated solutions: