BODY570-PWR
The BODY570-PWR is a robust and reliable electronic unit that is particularly suitable for automotive applications. It is designed for application development in accordance with ISO.26262 / ASIL-D and security regulations (Safety Element out of Context - SEooC). It supports the most demanding in vehicle real-time control applications.
It allows developing control applications using our dedicated interfaces for Simulink® environment or for C-language. The Simulink-API allows users to rapidly develop Model-Based Control applications in Simulink using the features provided by LIBRA® or LIBRA-SAFE software platforms. LIBRA-SAFE (Functional Safety) is an SW platform allowing to development of control applications for a system that meets safety goals up to ISO 26262 ASIL D. Due to the high performance of computational structure and RTOS BSW it allows developing high quality and complex systems by interacting with systems such as powertrain.
It is equipped with a dual processor architecture to implement algorithms quickly and reliably, using the most modern "model-based design" systems (MATLAB® / Simulink®). Measurement and calibration will be possible using any commercial calibration tools (ETAS INCA®, Vector CANape®, ATI Vision®, etc.)* via XCP on CAN and XCP on Ethernet.
Final product is designed to meet functionality, quality, and cost drivers. This in addition of our engineering capability enables us to supply delivering full electronic systems in volume production.
It allows developing control applications using our dedicated interfaces for Simulink® environment or for C-language. The Simulink-API allows users to rapidly develop Model-Based Control applications in Simulink using the features provided by LIBRA® or LIBRA-SAFE software platforms. LIBRA-SAFE (Functional Safety) is an SW platform allowing to development of control applications for a system that meets safety goals up to ISO 26262 ASIL D. Due to the high performance of computational structure and RTOS BSW it allows developing high quality and complex systems by interacting with systems such as powertrain.
It is equipped with a dual processor architecture to implement algorithms quickly and reliably, using the most modern "model-based design" systems (MATLAB® / Simulink®). Measurement and calibration will be possible using any commercial calibration tools (ETAS INCA®, Vector CANape®, ATI Vision®, etc.)* via XCP on CAN and XCP on Ethernet.
Final product is designed to meet functionality, quality, and cost drivers. This in addition of our engineering capability enables us to supply delivering full electronic systems in volume production.
Highlights
• 32 bit dual-core lockstep CPU with 300 MHz and floating-point unit
• Open software architecture
• Model-based design in a Simulink® environment (no proprietary blocks required in the application layer)
• Connectivity: up to 4 CAN(FD) and 2 ch. FLEXRAY interfaces for vehicle interaction
• Supports also commercially available calibration tools through CCP and XCP
• Onboard conditioning circuitry for electric interface of automotive I/O sensors and actuators
• 32 bit dual-core lockstep CPU with 300 MHz and floating-point unit
• Open software architecture
• Model-based design in a Simulink® environment (no proprietary blocks required in the application layer)
• Connectivity: up to 4 CAN(FD) and 2 ch. FLEXRAY interfaces for vehicle interaction
• Supports also commercially available calibration tools through CCP and XCP
• Onboard conditioning circuitry for electric interface of automotive I/O sensors and actuators
Application microprocessor
A. ISO 26262 ASIL D certified
B. Automotive AEC-Q100 qualification
C. Transportation applications
• ARM Cortex-R Dual Core 300MHz/498 DMIPS
• Lockstep CPU for safety properties
• 4 MB Flash with ECC
• 512 KB RAM with ECC
• Memory protection unit
• 125°C ambient temperature certified
Security microprocessor *
A. ISO 26262 ASIL D certified
B. Automotive AEC-Q100 qualification
C. Transportation applications
• 32 bit G3M Dual Core 120MHz
• Flash ICU module
• Memory protection unit
• 125°C ambient temperature certified
* Optional on request
• 121-pin encapsulated controller capable of operating in harsh under-hood vehicle environments.
• Robust to allow re-use in different projects, from prototyping to production
• 300 MHz TMS570LC4 application processor: 4MB flash, 512KB RAM, 32-Bit RISC
• Communication: 4 CAN 2.0b (FD), 2 FLEXray
• Analog inputs: 12 general purpose
• Digital inputs: 12 configurable (active low or high)
• Frequency inputs: 8 up to 30 kHz
• Wake-up inputs: 1 active low + key-switch (+k15)
• Temperature sensors: 4 NTC
• High-side outputs: 24 (8 x 7A , 16 x 5 A) with current sensor
• Bridge outputs: 2 x 10 A
• Weight: 0.50 kg
• Operating voltage range: 8 – 18 Vdc (16 – 32 Vdc)
• Operating temperature: -40°C to 125°C
• System protection: IP6k9k
Monet born in 2001, like provider of quality services in electronic design, software development, prototyping and homologation of complex products according to customer specifications and in 2015 the company joins to Tecnosystem Spa industrial group with over 200 people in the world.