Shanghai, September 1, 2016 - Recently, "Tianjin University-Infineon Automotive Electronics Joint Lab" launched the diesel engine management system development platform (DEMS-DK). DEMS-DK is a solution for the diesel market based on Infineon's 32-bit multi-core microprocessor Aurix. The solution will provide a reference solution for system suppliers and truck manufacturers (OEMs) in the Asia Pacific market, helping local development of electronic control units in the diesel market, helping customers quickly develop diesel management systems that meet future emissions and safety standards.
It is expected that from 2016 onwards, the global market for heavy trucks (trucks above 6t) will continue to grow. According to market research firm LMC AutomoTIve, the global heavy truck market will exceed 3.5 million units in 2020 and the Asia Pacific market will exceed 2 million units. This has created opportunities for automotive electronics companies, but the challenges have followed – for example, the requirements of vehicle emissions regulations are becoming more stringent in various countries and regions. To meet these requirements, system designers need to consider meeting emissions and safety requirements while implementing basic functions, which makes systems increasingly complex, and complex applications such as engine control require microprocessors to be faster, safer, and more reliable. As a result, automotive electronics applications using multi-core microprocessors have brought the gospel to heavy-duty trucks and become a global trend.
Aurix is ​​a new generation of 32-bit MCU products from Infineon to meet future automotive electronic control needs, while also meeting ISO26262 ASIL-D functional safety requirements. Infineon's Aurix Series TC275T triple-core microprocessor integrates up to 4M Byte Flash and GTM features, operating at frequencies up to 200MHz, and is designed to meet the high performance demands of future powertrain control systems.
Diesel Engine Management System Development Platform (DEMS-DK)
The simplified version of the Diesel Management System Development Platform (DEMS-DK lite) is a streamlined kit that includes the DEMS-DK controller, USB flash drive, technical documentation for the semiconductor devices used in this solution, and controller schematics, user manuals, test reports, and more. The streamlined kit provides a reference for customers who plan to use Aurix for diesel controller development and complete development projects in a short period of time.
The Diesel Management System Development Platform (DEMS-DK Kit) is a complete version of the kit. In addition to the contents of the Compact Kit, it also provides the wiring harness (including connectors) required for the engine bench test, the housing and the simple hardware test board. In the case of a problem with the hardware circuit, a simple diagnosis is made to determine the controller failure. The full version kit is for customers who want to quickly experiment with benches and plan to develop their own.
About Tianjin University
Tianjin University is a national key university directly under the Ministry of Education. Its predecessor was Beiyang University. It was founded on October 2, 1895. It is the first modern university in China. It is the first batch of universities in the “211 Project†and “985 Projectâ€. . There are 4,414 faculty members, including more than 500 professors, and there are 28,710 full-time students, including 15,518 undergraduates, 10,139 postgraduates, and 2,953 doctoral students. The employment rate of undergraduate graduates in 2013 exceeded 99%. It has formed a disciplinary layout of multidisciplinary and coordinated development based on work and science and engineering. There are 57 undergraduate majors, 35 first-level master's degree programs, 27 first-level discipline doctoral programs, and 21 post-doctoral research mobile stations. There are 7 national key disciplines in the first-level disciplines. The school has strong scientific research and has national research bases such as 10 national key laboratories. In 2012, the total amount of science and technology funds was 1.8 billion yuan, and 622 patents were granted. In 2013, the number of papers accepted by SCIE and EI was 1,626 and 1,805 respectively.
The State Key Laboratory of Combustion Engine Combustion at Tianjin University was established in 1989 and opened to the public. It is the only national key laboratory in China's internal combustion engine field. With the goal of national "energy, environment" strategy, aiming at the international frontier, relying on the multi-disciplinary research platform of power machinery and engineering, mechanics, chemical engineering, automatic control, etc., around the combustion, control, emission, energy-saving new technology, vibration Problems such as noise, research on basic research and applied technology, and play a role of “exploitation and traction†in the field of domestic combustion power engineering. It has become a base for high-level scientific research and high-level personnel training with advanced equipment and important influence at home and abroad. It is an important international academic exchange center in China's domestic combustion power engineering field.
About Tianjin University-Infineon Automotive Electronics Joint Lab
Tianjin University-Infineon Automotive Electronics Joint Lab was established in September 2004 by Tianjin University and Infineon Technologies. The joint laboratory utilizes resources from both sources to research and develop in areas such as engine control, xEV control, matching calibration, operational monitoring and maintenance. At present, it has a complete R&D platform from vehicle and engine modeling and simulation, control strategy, hardware and software implementation, matching calibration, testing and evaluation. Has successfully developed diesel engine ECU, gasoline engine ECU, xEV main controller, vehicle data recorder, vehicle wireless remote monitoring calibration system, ECU data remote brush writing system, ECU production offline system, etc., a number of scientific research results have entered the industrial application.
About Infineon
Infineon Technologies AG is the world's leading semiconductor technology company, making people's lives more convenient, safe and environmentally friendly. Infineon's microelectronics products and solutions will lead you to a bright future. In FY2015 (ending September 30), the company's sales amounted to 5.8 billion euros and it has approximately 35,400 employees worldwide. Infineon is listed on the Frankfurt Stock Exchange and the US over-the-counter market OTCQX InternaTIonal Premier.
The RCA interface (CVBS)
Composite Video Broadcast Signal
CVBS is short for Composite Video Broadcast Signal. This is the most common video interface, the first application in the field of radio and television, then a lot of camera output support the CVBS interface, CVBS signals are interlaced video signal, and a resolution of 720 x576 (PAL) or 720 x480 (NTSC), CVBS is the analog video signal interface, has gradually been digital video signal interface and replace the hd video signal interface.
The AV interface (CVBS)
AV video interface English full name is: "Composite video connector", AV terminal is usually consists of three lines, transmission of video is usually yellow RCA terminal, the other with two red and white RCA terminal transmit audio, transmitted in AV terminal is analog TV signal source of three elements: Y, U, V, as well as the benchmark of the pulse signal synchronization. Y represents the brightness of the image (luminance, also called brightness), and contains the sync pulse, as long as there is signal Y can see black and white television image (in fact, this is the method of color TV and early black and white TV compatible). The U and V signals are loaded with color data. The U and V are first mixed into two sets of orthogonal phases ina signal (the mixed signal is called Chrominance), and then summed with the Y signal. Since Y is the fundamental signal and UV is mixed with the carrier, this summing action is equivalent to frequency division multiplexing.
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