Development of a HIL expansion board for resistive I/O channels controllable via CAN protocol

Development of a HIL expansion board for resistive I/O channels controllable via CAN protocol This thesis aims to study the current I/O interfaces of the most used HIL systems in the powertrain field to design and develop an expansion module for output resistive channels controllable via a CAN communication protocol. The module will be designed and developed in KICAD and will be tested in the laboratory to verify the correct functioning. The communication interface will be based on the Texas Instrument system and C language. Internship main topic: Candidate requirements/Course of study: Analog electronic Digital electronic Electronic measurements Communication protocols Applied electronics Electrical, Electronics or Mechatronics Engineering Location: Turin J-18808-Ljbffr

Location: provincia-di-torino, IT

Posted Date: 5/1/2025