Applications
• Electronic power steering
• Active suspension
• Electromechanical braking
• Electric motor control
• Brushless DC motors
• Electric hybrid car engines
• Airbags
SafeAssure Program:
Functional Safety. Simplified.
Freescale’s SafeAssure functional safety
program is designed to help system
manufacturers more easily achieve system
compliance with functional safety standards:
International Standards Organization (ISO)
26262 and International Electrotechnical
Commission (IEC) 61508. The program
highlights Freescale solutions—hardware
and software—that are optimally designed
to support functional safety implementations
and come with a rich set of enablement
collateral. For more information, visit
freescale.com/SafeAssure.
32-bit MCUs
MCUs built on Power Architecture
for safety and chassis applications
Overview
The Qorivva MPC560xP family is the latest MCU solution built on Power Architecture
for sophisticated chassis applications. It can enable electronic replacement for heavy hydraulic and
engine-driven applications to help improve fuel efficiency and reduce greenhouse gas emissions,
while meeting the latest safety requirements for functional safety applications. The Qorivva
MPC560xP family is part of the Freescale SafeAssure portfolio of solutions.
Qorivva MPC560xP Family
Fully Integrated System on Chip
(SoC) Design
• Reduces board size, chip count and
• Reduces systems complexity and bill
• Widely supported ecosystem, built on
• Freescale AUTOSAR and motor control
Electronic Control Improves
Efficiency and Mileage
• Lightweight electronic steering system
logistics/support costs
of materials
Power Architecture technology, minimizes
development investment (suppliers,
compilers, debuggers and modeling tools)
libraries reduce development time and
optimize performance
consumes energy only when steering
support is needed
• Computation performance, pulse width
• Cross triggering units enable deterministic
• PWM with high-resolution 120 MHz timers
Addresses Latest Functional
Safety Standards
• Fault collection unit monitors and manages
• FlexRay™ option and CAN networking for
• Error correction coding (ECC) on RAM
modulation (PWM), analog-to-digital
conversion (ADC) and timers for complex
field-oriented control algorithms improve
electric motor efficiency and reliability
control of events and offloads CPU of
expensive context switches
and protection features specific to electric
motor control
fault events
robust, high-speed, low-latency messaging
and flash memory allows memory error
detection/correction
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technology
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technology