Mastering CAN Network: Vector CANoe,CANalyzer, CAPL& Theory

Mastering CAN Network: Vector CANoe,CANalyzer, CAPL& Theory

• Learn the general network communication principles

• · Have an Idea of the OSI layer

• · Learn in detail the CAN OSI physical layer

• · Analyze the real CAN network in real vehicles

• · Be able to face with an automotive harness issue

• · Learn in detail the Vector CANOE software

• · Learn in detail the CAPL language to stimulate CAN messages on a real CAN Network

• · Learn the CAN transceiver function with the related electronic circuit

• · Learn all the Vector CANOE software add on components:

• CAN network database ( CAN DB + +)

• Define CAN nodes

• Define CAN Messages

• Define CAN signals

• Assign value tables to CAN signals

• Define the relevant value attributes to run properly the CAN simulation

• CAN interactive generator block

• CAN Replay block

• Take a CAN log acquisition

• Fields of the CAN trace window

• Visual panel programming ( switch on a virtual car engine , virtual acceleration and deceleration , showing of the engine speed on an analog gauge)

• ·Integral videos, in my workshops you will see what is happening in real time , I do not cut and paste the video recordings

• Continue troubleshooting Vector CANOE run time errors and compilation

· No required previous knowledge is required,

· I will explain step by step what you need for to pass from Beginner to Advanced Automotive Expert

Apply immediately for automotive programming/ testing positions!

CAN network theory and practice : Vector CANoe,CANalyzer, CAPL, CANdb++, CANCase for network simulation

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What you will learn

• Analyze a real CAN network on a prototype vehicle and make diagnosis
• Applying for automotive testing/ programming job positions which requires the complete knowledge of the CAN network
• CAN network protocol 2.0A & 2.0B from scratch

Rating: 3.46875

Level: Intermediate Level

Duration: 4 hours

Instructor: Gianluca Mottola