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M100   
M250  
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OpenECU M250
OpenECU M120 
STANDARD CAPABILITIES
  • Freescale MPC5534 processor with 1MB flash memory, 128K EEPROM and 64K RAM, 80MHz bus frequency
  • 1MB Ram on developer version
  •  Optional secondary microprocessor
  • PSU watchdog
  • Ignition Input (Wake-up, Power-hold and low current sleep modes)
  • 2 x CAN 2.0 A, B ports (Optional 1 x LIN port replacing second CAN port)
  • 1 x 8A low side spark output / 0-5v analog input
  • 3 x 5A low side PWM outputs / Injector output / 0-5v analog inputs
  • 1 x 10A low side PWM with current feedback / 0-5v analog input
  • 2 x 8A H-bridge output with current feedback
  • 1 x 2A low side PWM output with current feedback / 0-5v analog input
  • 1 x 0.5A low side PWM output
  • 1 x 20A high side output (non-boosted)
  • 2 x 5v sensor power supply
  • 6 x 0-5v analog inputs (12 bit resolution)
  • 7 x Resistance Temperature Detection inputs (12-bit resolution)
  • 1 x Supply voltage measurement
  • 6 x Digital / Timed inputs / 6 Analogue Inputs
  • Module Re-Flash: Reprogrammable via CAN CCP protocol
  • Force re-programming mode pin

The M250 module is a compact electronics module that is suited to computationally intensive applications requiring a chassis mounted, sealed metal housing with IP67 environmental protection.

Based on the same Freescale MPC5534 32-bit microcontroller as the M460, the M250 features 2 CAN interfaces, precision analogue 12-bit inputs and configurable high current switching outputs.

OPTIONAL CAPABILITIES
  • 128K EEPROM
  • Wakeup from CAN interrupt
  • External watchdog
  • Secondary microprocessor
CHARACTERISTICS
  • Operating temperature: -40°C to +105°C
  • Operating voltage: 12V or 24V
  • Size: 150mm x 150mm x 40mm
  • Connector: 46-way
TYPICAL APPLICATIONS
  • Diesel exhaust after-treatment control
  • Chassis control
  • Computationally intensive ancillary controls
  • Control with high current switching capability
  • Diesel engine management when coupled with the S070  slave fuel injection driver
DEVELOPMENT TOOLS
  • Simulink™/RTW based development platform
  • Simulink™ RTW-Embedded Coder blockset, as well as a C API function library to support C-language implementation of code (or TargetLink™)
  • Reprogramming via CAN using CCP
  • Calibration: ATI Vision™ or ETAS INCA™
  • Processor JTAG port accessible internally