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Canalyzer Can and Capl

The document outlines a training course on CANalyzer and CAPL, designed for users involved in controller development and automotive systems, with a duration of 3 days in-class or 18 hours remotely. It covers the fundamentals of the CAN protocol, network description, measurement and analysis tools, diagnostics, and CAPL programming. The course aims to equip participants with essential skills for using CANalyzer as a measurement and analysis tool in automotive applications.

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sangram.ojha
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227 views2 pages

Canalyzer Can and Capl

The document outlines a training course on CANalyzer and CAPL, designed for users involved in controller development and automotive systems, with a duration of 3 days in-class or 18 hours remotely. It covers the fundamentals of the CAN protocol, network description, measurement and analysis tools, diagnostics, and CAPL programming. The course aims to equip participants with essential skills for using CANalyzer as a measurement and analysis tool in automotive applications.

Uploaded by

sangram.ojha
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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CANalyzer CAN and CAPL

Agenda VectorAcademy

Delivery Format: This course is offered in Classroom or in Remote Format


Duration: Classroom: 3 days
Remote: 18 hours
Target Group: CANalyzer users (controller development, motor vehicle electrical, test planning and execution)
Prerequisites: Basic knowledge on Automotive systems
Goal: Basics of CAN protocol. Understanding the application areas as a measurement and analysis tool,
diagnostic basics, logging, offline analysis, send methods and panels. Basics of CAPL.

1. Introduction to CAN

> Electronification of motor vehicles


> Primary tasks in bus networking
> Standards and implementation
> Node architecture, bus-connection and termination
> Voltage levels and corresponding bit values

2. Characteristics of the CAN Protocol

> Addressing, message transmission and reception


> Bus access method and arbitration
> Message types, detailed description of the structure and functions
> Increase noise immunity, neutralize errors
> Error detection mechanisms
> Error treatment & tracking
> Motivation for the bit time interval
> Relation of baud rate and length of the CAN bus
> Synchronization and resynchronization

3. CAN Network Description

> Usage and content of Network Description


> Tools and Examples

4. Introduction to CANoe/CANalyzer

> Differentiation CANoe/CANalyzer


> Application areas
> License model and registration
> Creating a configuration in CANalyzer

5. Measurement and Analysis

> Introduction into the graphical user interfaces


> Dataflow and measurement setup

VectorAcademy | academy.vector.com 1|2


CANalyzer CAN and CAPL
Agenda VectorAcademy

> Measurement and analysis windows for CAN


> Filter and trigger blocks

6. Data Logging and Offline Analysis

> Recording data traffic with trigger conditions


> Offline analysis

7. Diagnostics

> Application areas


> Configuration
> Diagnostic windows

8. Send Options

> Interactive Generator Block


> Replay Block

9. Introduction to CAPL

> Usage of CAPL


> Introduction to the CAPL browser
> Network nodes and program nodes

10. Panels

> Panel Creation

11. Measurement and Analysis with CAPL

> Signal access with CAPL


> Evaluating messages
> Analysis nodes in the measurement setup
> System variables
> Generating messages
> Working with timers

VectorAcademy | academy.vector.com 2|2

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