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4. use electrical and electronic testing techniques which are relevant to the symptoms presented. 5. collect sufficient diagnostic information in a systematic way to enable an accurate diagnosis of electrical system faults. 6. identify and record any system deviation from acceptable limits.
List the steps of the diagnostic process. 2. Discuss the type of scan tools that are used to assess vehicle components. 3. Describe how to retrieve diagnostic information from a vehicle. 4. Explain the troubleshooting procedures to follow if a diagnostic trouble code has been set. 5. Describe diagnostic trouble code retrieval,
This document (Oscilloscope Diagnostics, A PicoScope Guide) is step 1 in a 5 step training program that we have developed to guide those new to PicoScope along their journey of scope diagnostics, from the very beginning.
P R E FA C E. Automotive Electrical and Engine Performance covers content and topics specified for both Electrical/Electronic System (A6) and Engine Performance (A8) by ASE/NATEF, as well as the practical skills that students must master to be successful in the industry.
The new edition of the “Automotive Electric/Automotive Electronics” technical manual equips the reader with a powerful tool of reference for information about the level of today’s technology in the field of vehicle electrical systems and electronics. Many topics are addressed in detail, while others –
Testing automotive systems with an analog/digital multimeter Perhaps the most important tool you’ll use in troubleshooting auto electrical systems is the multime-ter. The basic multimeter measures voltage, current and resistance, while more elaborate multimeters, such as the new Fluke 88-V, have features that can check things such as
This article offers an overview of topics relevant to the past, present and future of automotive diagnostics as present-ed and discussed in October 2006 before an audience of 350 participants at the Vector Congress in Stuttgart.
