U.S. University Unveiled New Product After 8 Months After Successfully Developed Battery-Free Mobile Phone Prototype

American researchers have developed cell phone prototypes that do not require batteries. They hope that one day the technology can be integrated into commercial phones. Cell phone prototypes that do not require batteries were developed by a research team at the University of Washington and can collect weak electrical energy from radio signals. Vamsi Talla, a research team member, told Reuters, “We have a lot of radio waves in our surroundings. For example, FM and AM radio stations, TV stations and cell towers emit radio waves.”

The first prototype cell phone developed by the research team was very simple. At first glance, it was like a few components were installed on a circuit board. Users need to wear headphones when using and press a button to talk and listen. Switch.

But researchers say they plan to develop more advanced models, configure low-power displays for sending and receiving text messages, and even consider configuring basic cameras for models. They also plan to develop a model batteryless mobile phone that uses micro solar cells to provide electricity.

The research team plans to release a product in the next 8-9 months, but they did not disclose further details. However, a research team member plans to demonstrate how their research will affect the future of mobile technology. "In the future, all smart phones will support battery-less mode. Even if the battery is dead, users can make at least one phone call." .

This is not the only study that has attempted to improve mobile phone power technology. Researchers at the University of Bristol in the United Kingdom are developing supercapacitors, and they believe that supercapacitors will shorten the device's battery charging time to a few minutes.

Hexagonal Chicken Wire Mesh

Hexagonal Chicken Wire Mesh,Chicken Wire Cage Grid,Hexagonal Wire Mesh,Galvanized Welded Wire Mesh

Anping Xinlong Wire Mesh Manufacture Co.,Ltd. , https://www.xinlongfence.com