Shenzhen Miwon Technology Co., Limited

  10,000mah Wireless Power Bank Radio wave Radio waves are a relatively mature wireless charging method for wireless chargers at this stage. Its working principle is to use miniature and efficient receiving circuits to capture radio waves in space, and then convert electromagnetic energy into stable electrical energy. There are already companies claiming that they can wirelessly charge electronic devices that are smaller than a cellular phone a few meters away. Electromagnetic resonance This is a wireless charging technology that is still in the research and development stage. This technology is mainly researched by a team led by a professor of physics at the Massachusetts Institute of Technology. Intel’s engineers use this technology as a basis to achieve a distance of about 1% from the power supply. A 60-watt bulb is lit up about a meter away, and it has a transmission efficiency of 75%. Intel engineers stated that the next goal will be to use this wireless charging technology to...

As a   Wireless Charger Factory , share with you. Electromagnetic induction This is the most common working method of wireless chargers. It uses the principle of electromagnetic induction to generate electric current through electromagnetic induction between the primary and secondary coils, so as to realize the transmission of energy within the space; this kind of wireless charger. 10,000mah Wireless Power Bank Radio wave Radio waves are a relatively mature wireless charging method for wireless chargers at this stage. Its working principle is to use miniature and efficient receiving circuits to capture radio waves in space, and then convert electromagnetic energy into stable electrical energy. There are already companies claiming that they can wirelessly charge electronic devices that are smaller than a cellular phone a few meters away. Electromagnetic resonance This is a wireless charging technology that is still in the research and development stage. This technology is mainly res...

GALLIUM NITRIDE is a new type of semiconductor materials, with super thermal conductivity, and high temperature, acid and Alkali resistance, known in China as the third generation of List of semiconductor materials. Compared to the previous two generations, the third generation semiconductor materials can withstand higher voltage, adapt to higher frequency, achieve higher power density, and has high temperature, corrosion resistance, radiation resistance, band gap width and other characteristics. It can meet the new requirements of modern electronic technology for harsh conditions such as high temperature, high power, high voltage, high frequency and radiation resistance, and has a wide application prospect in the fields of high frequency and high power electronics, microwave and radio frequency, list of semiconductor materials is the most promising material in the field. However, GaN needs to be made by hand, so the equipment requirement is very strict and the technology is very c...