Multi-channel power management IC for OBC, MCU, and ECU safety applications
Power management IC for automotive functional safety applications
Power management IC for automotive functional safety applications
Requiring only a single chip for each MCU, the STPM066S reduces BOM count, optimizes space and speeds up development. This automotive-qualified PMIC integrates one battery-connected buck pre-regulator, one boost post-regulator, an LDO and a VREF regulator. The STPM066S simplifies designs thanks to its OTP memory that lets you program key parameters and configure the power-up sequence.
Key features
- AEC-Q100 qualified
- Pre SMPS buck regulator, adjustable via OTP
- Post SMPS boost regulator adjustable via OTP
- Post-regulation LDO adjustable via OTP
- Precise voltage reference adjustable via OTP
- SPI interface with CRC
- Programmable slew rate/soft start
- Programmed power-up phase via OTP
- Low external component count
- OV/UV, short -ircuit & temp protection
Key applications
MCU/µP power supply
Image sensing
Automotive radar
On board charger
Recommended resources
STPM066S sizing guidelines for external components
STPM066S sizing guidelines for external components
Application note
This application note provides recommendations for selecting external components to ensure the best dynamic behavior of your application. Keep in mind that the main advantages of using a multi-regulator solution are the improved integration and scalability compared with a discrete solution.
Evaluation board for STPM066S multichannel power management IC
Evaluation board for STPM066S multichannel power management IC
Evaluation board
Ready-to-use board provides a cost-effective way to evaluate the STPM066S multichannel voltage regulator that includes a buck pre-regulator, voltage reference, boost post-regulator and linear regulator (LDO) designed for car batteries.
Automotive power management - Smart power ICs
Automotive power management - Smart power ICs
Flyer
Highly versatile smart power ICs for automotive power management solutions with full ecosystem to reduce design time and costs.