Mobiya, which has just received 600 million U.S. dollars in financing, is developing rapidly. Mobike’s internationalization process has made new progress in recent days.
On June 22, Mobike announced its presence in Japan and established Mobike Japan in Fukuoka City, marking a major new development in internationalization. This is the third overseas market entered by Mobike after Singapore and the United Kingdom, and continues to lead “China’s wisdom†to the world.
The Mayor of Fukuoka welcomed the arrival of the Mobike cyclist. “We welcome Mobike to bring the easy-to-use smart shared bicycle service to Fukuoka City and add vitality to this historic and cultural city in Fukuoka. Local residents and foreigners in Fukuoka Tourists will be able to ride Mobike bicycles, making it easier and more flexible to travel and sightseeing in Fukuoka.†In addition, Michizaki Takashima stated that as a green and friendly way of sharing bicycles, he hopes that Mobike will help reduce the use of cars for Japan. The urban environment has a positive impact.
As the pioneer and leader of smart shared bicycles in the world, Mobike’s bikes use the "Beidou + GPS + GLONASS" tri-mode satellite positioning chip and IoT communication chip on every bicycle shared by Mobike, generating more than 5TB per day. Traveling big data and establishing the world's largest mobile Internet of Things system.
In addition, Mobike’s comprehensive use of IoT, cloud computing and big data technology has created the industry’s only “magic cube†for artificial intelligence big data platform, achieving refined, intelligent and efficient operation and maintenance, and serving as a city management and traffic planning department. Providing scientific decision-making references to allow Mobike to sail out into the sea adds unique innovation drive and technical appeal.
It is reported that since its launch in April 2016 in Shanghai, China, Mobike has entered more than 100 domestic and overseas cities including Beijing, Shanghai, Guangzhou, Shenzhen, Chengdu and Singapore in more than a year, and its speed of expansion has dominated the industry. First, the Manchester City of the United Kingdom has become the 100th city of Mobike's global services, marking that Mobike’s goal of establishing 100 cities within the year set in early 2017 is more than six months ahead of schedule. Subsequently, Mobike will set its 2017 urban expansion target as the completion of the global 200 cities this year.
In the content of the program broadcast on June 21st by CCTV’s “Focus Interview,†Mobike was named again. Chen Jianqi, deputy director of the World Economics Office of the Central Party School’s Institute of International Strategic Studies, stated that China’s new business is booming. New industries, new business models, new models, and new products, such as bikes such as Mobike bicycles, are injecting new and strong driving forces for sustained and healthy economic development.
Up to now, Mobike has put more than 5 million smart shared bicycles in more than 100 cities around the world, with more than 100 million registered users and more than 20 million daily trips. It is the world's largest Internet travel service platform.
The Schottky Diode is another type of semiconductor diode which can be used in a variety of wave shaping, switching and rectification applications the same as any other junction diode. The main adavantage is that the forward voltage drop of a Schottky Diode is substantially less than the 0.7 volts of the conventional silicon pn-junction diode.
Schottky diodes have many useful applications from rectification, signal conditioning and switching, through to TTL and CMOS logic gates due mainly to their low power and fast switching speeds.
the Schottky Diode also known as a Schottky Barrier Diode is a solid-state semiconductor diode in which a metal electrode and an n-type semiconductor form the diodes ms-junction giving it two major advantages over traditional pn-junction diodes, a faster switching speed, and a low forward bias voltage.
The metal–to-semiconductor or ms-junction provides a much lower knee voltage of typically 0.3 to 0.4 volts compared against a value of 0.6 to 0.9 volts seen in a standard silicon base pn-junction diode for the same value of forward current.
Variations in the metal and semiconductor materials used for their construction means that silicon carbide (SiC) Schottky diodes are able to turn [ON" with with a forward voltage drop as little as 0.2 volts with the Schottky diode replacing the less used germanium diode in many applications requiring a low knee voltage.
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