Automotive Electronics Market Evolution [Automotive Electronics]
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Abstract:
Reports on new product and technological development in the automotive engineering industry worldwide.Keywords:
Automotive electronics
Systematic supply and modularized production technology of the automotive parts industry are advanced manufacturing organization forms. The background of these technologies is studied and how they affect the international automotive parts industry is discussed. The developmental prospect of China's automotive parts industry is described.
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Additive Manufacturing has made significant progress for numerous applications, especially in the automotive industry. Various approaches have been developed to improve and expand its application throughout the manufacturing line and produce reliable and suitable components for automotive applications. A brief overview of different 3D printing methods and materials currently used in the automotive industry is covered in this review. The advantages and drawbacks it brings to the industry, and material developments for 3D printing application for automotive is presented. The future outlook is given, and challenges that are needed to be addressed are discussed.
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8D is an important manufacturing problem solving method, described in standards (IATF 16949, ISO 9001 automotive surplus criteria), and in handbooks of manufacturing companies. It is mainly used in automotive industry, in the whole supplier chain, but even in the machinery sector. The aim of this paper is to introduce the method and its connection with FMEA (Failure Mode and Effects Analysis).
Manufacturing
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This paper describes the conception of design for cost and the actuality of Chinese automotive industry.Through analyzing automotive life cycle,it points out the necessity of employing design for cost in manufacture of Chinese automotive corporation.Introducing some methods of calculation in automotive design step,it puts forward the frame system of automotive cost estimation based on CAD/CAPP model.This will meet the demand of the market and improve the competitiveness of Chinese automotive enterprise.
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Automotive sensors in a relatively hostile environment for automotive electronic systems made more stringent requirements. With the continuous development of the automotive industry, hall devices as a car speed detection, anti-lock braking systems and automotive ignition system in the central part to play its unique sensor advantage, making the Hall devices in automotive applications and have broad prospects.
Automotive electronics
Hall effect sensor
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Summary form only given. The automotive environment poses many difficult challenges for the use of semiconductors in a car. Several challenges are common for the whole semiconductor industry, but many are very specific for automotive applications. Specific automotive requirements are e.g. high reliability, very high safety, high voltage, high temperature, low EMC emission and high immunity for EMC, ESD and battery voltage transients: This paper discusses the evolution of these requirements and how these challenges are addressed during the design of ICs for automotive applications.
Automotive electronics
Electromagnetic Compatibility
High Voltage
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The Automotive industry is one of the most important industries worldwide. The development of sensor technology and signal processing algorithms are the foundation for the development of the vehicle assist system market. This has raised the demand for safety and security performance. Thus, the paper introduces into the important topic of automotive electronics and IT as well as in the essential needs of automotive cybersecurity.
Automotive electronics
Vehicle safety
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ISO 7637-2:2011 is the main standard for electrical transient conducted immunity test of automotive low-voltage electronic components. It provides signals of different strength and different parameters for manufacturers to verify product performance of their products. However, with the development of the automotive industry, more and more signals not included in ISO 7637-2:2011 have been found to affect automotive electrical and electronic components and threaten vehicle safety. Detailed analysis and elaboration of these non-standard signals has been provided in this paper, which can explain many vehicle failure problems during start-up, driving and parking.
Transient (computer programming)
Automotive electronics
Electronic product
Electronic component
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Core competency
Digital Manufacturing
Industrial Revolution
Manufacturing
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