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2010•Microcomputer & its ApplicationsRequires access

The design of CAN interface in AMT control unit

Luo Wen

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Abstract

As one of an important part of TCU’s communication module, CAN module has a critical impact on TCU’s control and real-time performance. Based on micro-controller MC9S12 family microcontroller and the Infineon’s CAN driver chip TLE6250, designed the CAN communication module hardware circuit and software for TCU. And testing its communication through the real vehicle, which verified the feasibility of this design. The results show that this design can meet variety communication requirements of TCU.

About this research paper

What this paper is about

As one of an important part of TCU’s communication module, CAN module has a critical impact on TCU’s control and real-time performance. Based on micro-controller MC9S12 family microcontroller and the Infineon’s CAN driver chip TLE6250, designed the CAN communication module hardware circuit and software for TCU. And testing its communication through the real vehicle, which verified the feasibility of this design. The results show that this design can meet variety communication requirements of TCU.

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Key contribution

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Method / approach

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Available abstract

As one of an important part of TCU’s communication module, CAN module has a critical impact on TCU’s control and real-time performance. Based on micro-controller MC9S12 family microcontroller and the Infineon’s CAN driver chip TLE6250, designed the CAN communication module hardware circuit and software for TCU. And testing its communication through the real vehicle, which verified the feasibility of this design. The results show that this design can meet variety communication requirements of TCU.

Key concepts: Computer science, Microcontroller, Embedded system, Control unit, Interface (matter), Controller (irrigation), Variety (cybernetics), Software

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