Renesas MCUs coupled with sensor signal conditioners (SSCs) create a solution that enables faster time-to-market, provides a systems support model, and reduces debug cycles for gasoline engine system applications.

An engine ECU must provide real-time control in order to realize low fuel consumption. In recent years, new control functions have been added to handle capabilities, such as mechanisms that automatically shut off the engine when the vehicle is stopped and regeneration systems that utilize mechanical energy during deceleration. Other efforts to improve fuel efficiency within the engine itself include use of continuously variable exhaust valve mechanisms and high-volume Exhaust Gas Recirculation (EGR) systems to reduce pumping loss.

As solutions to increasingly complex control requirements such as these, Renesas supplies MCUs that combine high-performance CPUs and low power consumption for engine ECU systems and an extensive lineup of analog and power devices. Sensor signal conditioners (SSCs) coupled with the microcontrollers, create a solution that enables faster time-to-market, provides a systems support model, and reduces debug cycles.

Key Features:

  • Supports ISO26262-Req. & Automotive-EMC & -Reliability
  • Allows for lowest total system cost
  • More accurate SSC calibration results with only one pass
  • Efficient OWI-communication @ EoL for low calibration

 

System Block Diagram

Gasoline Engine System Block Diagram

Automotive Development Tools Icon

Automotive Development Tools

Through collaboration with many tool vendors, Renesas offers development tools for a variety of automotive systems.
Winning Combinations

Renesas and IDT’s complementary product portfolios work together to deliver comprehensive solutions to our customers. This is just the beginning, with the combination of the Renesas and IDT development teams, there will more integrated solutions that provide significant advantages over traditional solutions.

See the benefits immediately with our “Winning Combinations” solutions