Hybrid and electric powertrain microcontroller

  • 08-Nov-2016 04:33 EST
OLEA_T222_Block_Diagram_Bis.jpg

Silicon Mobility’s (Sophia-Antipolis, France) OLEA T222 automotive microcontroller is a dedicated solution for hybrid and electric powertrain control. According to company claims, it is the first-ever automotive microcontroller with embedded, robust and secured programmable logic. Based on a standard ARM Cortex-R5F CPU running at 200 Mhz, OLEA T222’s flexibility, hard real-time parallel processing and safe architecture makes it a suited fit to control all types of hybridization—micro, mild or full, including integrated belt starter-generator, crankshaft motor-driven generator, gearbox motor-driven generator, in-wheel motor or in-axle motor, dc/dc converter, and full electric powertrains. OLEA T222's technologies and feature set address other applications and make it a suitable controller for a battery-management system, exhaust or selective catalytic reduction systems or even a conventional internal-combustion engine. OLEA T222 directly contributes to a vehicle’s CO2 emissions reductions by enabling the democratization of cars electrification, says Silicon Mobility. For more information, visit http://www.silicon-mobility.com/.

Share
HTML for Linking to Page
Page URL
Grade
Rate It
0.00 Avg. Rating

Read More Articles On

2017-09-25
The 2018 CT6 PHEV is an engaging and efficient luxury sedan aimed primarily at China’s burgeoning New Energy Vehicle market.
2017-09-19
Materion Corp.'s real world testing of new piston ring technology to help reduce downsized engines' emissions enters new phase.
2017-03-06
The 7th generation 5 Series, known internally as the G30, focuses on power, torque, mass and aero-drag reduction and refinement.
2017-02-24
The visually captivating Lexus LC coupe debuts Toyota's GA-L architecture and features the new Aisin 10-speed, lightweight construction and a new hybrid powertrain.

Related Items

Training / Education
2011-04-12
Article
2017-04-24
Technical Paper / Journal Article
2011-05-17
Technical Paper / Journal Article
2011-05-17
Article
2017-09-14