Automotive

S12VR: S12 MagniV Mixed-Signal MCU for Relay Driven Motor Applications

13th July 2011
ES Admin
0

The S12 MagniV portfolio of mixed-signal microcontrollers helps streamline your automotive engineering by offering smart, optimized integration of high-precision analog components with the proven S12 MCU.

The S12VR family is based on a process combing NVM, digital logic and high-voltage analog components into a monolithic solution. These analog components include an automotive voltage regulator, LIN physical layer, low-side drivers, high-side drivers and inputs. The new high-voltage devices are capable of withstanding the rigorous requirements of the automotive environment (up to 40V), which can happen during load dump conditions and are integrated with the industry-proven 16-bit S12 CPU and memory subsystem consisting of ECC-protected flash memory and real EEPROM. This S12 CPU is fully compatible with the S12G family of cost-effective, highly-integrated microcontrollers. That compatibility also extends to the digital peripherals included in the S12VR, such as SPI, SCI serial modules, PWM and timer modules.

The S12VR combines all the elements of a system that saves valuable PCB space, simplifies design and increases overall system quality and reduces cost. A smaller PCB means smaller enclosures for automotive applications where every bit of weight removed increases fuel efficiency. The integration of different components on the S12VR reduces time-to-market by requiring less development time to get to a complete solution.

Features
S12 CPU core, 25MHz Bus
Up to 64 Kbyte flash with ECC
512 Bytes EEPROM with ECC
2 Kbyte on-chip SRAM
LIN physical layer
Voltage regulator
2 low side drivers to drive inductive loads
Up to 2 high side drivers
High-voltage inputs

Target Applications
Automotive anti-pinch window lift
Power sun roof modules
LIN-controlled relay drivers
Smart actuators
Space constrained applications

Product Spotlight

Upcoming Events

View all events
Newsletter
Latest global electronics news
© Copyright 2024 Electronic Specifier