Connectors are one of the necessary raw materials in the production and processing of wire harnesses. There are many types of connectors in China, all models and good quality. Especially now, many Wire Harness manufacturers are slowly realizing the localization of connectors.
Wire harness connector products are used in automobiles, home appliances, instrumentation, office equipment, commercial machines, electronic parts leads. Electronic control boards are used in digital products, household appliances, and the automotive industry. With the increase of car functions, the general application of electronic control technology, more and more electrical parts, and more and more wires!
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Connector, Wire harness connector, Original manufacturer connector, Cable assembly with connector, Connector made in China Kable-X Technology (Suzhou) Co., Ltd , https://www.kable-x-tech.com
Professor Nakamura Shuji developed a high-brightness blue LED that was considered impossible in the 20th century during his tenure at Japan Nichia Chemical Co., Ltd. in 1993. The world's first GaN Base was successfully mass-produced and developed. Edison in the LED industry. In the more than 20 years before the invention of the blue LED, there were only red and green LEDs, but because of the blue LED technology developed by Professor Nakamura Shuji, it is now possible to mass-produce green LEDs with RGB (Red/Green/Blue) three primary colors. It is possible to achieve 16 million colors. At the same time, based on this, the successful mass production of the white LED of the semiconductor light source was successfully realized.
Chairman of Seoul Semiconductor Li Yixun (left) and Professor Nakamura Shuji (right)
This outstanding achievement of Professor Nakamura was recognized by the world, and he is expected to become the next Nobel Prize winner. In 2006, he won the Finnish Millennium Technology Award, known as the Nobel Prize in the Technology Industry. In 2004, he won Benjamin, who was awarded by Edison and Einstein.
At present, Professor Nakamura Shuji is a professor of material properties at the University of Santa Barbara in the United States. Based on his own blue LED, he has been working on the next generation of LEDs and LDs, as well as GaN Base solar cells. He also served as an advisor to Seoul Semiconductor Co., Ltd. (legal representative: Li Yixun, ), a representative company of LED in Korea, and began to participate in the official activities of Seoul Semiconductor. Professor Nakamura's GaN Base white LED is based on the world's energy-saving and green environmental policies, and stands tall on the world trend of replacing existing lighting.
References 1. Nakamura Shuji
â–² Education and experience
1977 Bachelor of Science in Electrical Engineering, Tokushima University, Japan
1979 Graduated from the Graduate School of Electronic Engineering, Tokushima University, Japan
1979～1999 Entered Japan Nichia Chemical Co., Ltd.
1993 Development of blue light-emitting diodes (LEDs)
1994 Doctor of Engineering, Graduate School of the University of Tokushima, Japan
2000~ Professor of Materials and Material Science, Santa Barbara University, USA
2006 won the Finnish Millennium Technology Award
â–² Works
Thinking and acting very well (2005)
Just do what you like (2004)
Reference 2. Seoul Semiconductor Co., Ltd. ()
Seoul Semiconductor was selected as the world's fourth largest LED company by IMS Research, a British optical electronics professional market research organization, with more than 5,000 patents. Seoul Semiconductor has the worldwide technology to produce unique technologies Acriche, Deep UV LED, and Non-Polar LED. It has 33 overseas offices and 150 agent outlets including 3 local corporations. 
There are many types of connectors. Including automotive connectors, circular connectors, D-Sub connectors, fiber optic connectors, Ethernet connectors, power connectors, RF connectors, solar device connectors, USB connectors, etc. A large number of terminals, terminal connectors and terminal blocks are also in stock.
Nakamura Shuji announced his joining of Seoul Semiconductor
Connectors generally refer to devices used to connect circuits, also known as electrical connectors. Connectors almost always need to have 2 separate (mating) parts that join the circuit together as a whole, and usually consist of a plug and a socket (jack or socket) for carrying current, signals and data. There are many types of electrical connectors, most of which can be identified by shape, size, contact configuration, pins, insulation between contacts, and more. Connectors can also be attached to contacts by a variety of methods, including crimping, soldering, solder pots, wire wrapping, and even board mounting.