TI and Fulton jointly develop wireless charging technology, aiming to launch products in 2009
Texas Instruments has teamed up with Fulton InnovaTIon to accelerate the development of the latter's wireless charging technology to enable the chargeless charging of portable devices.
Fulton is a subsidiary of Amway CorporaTIon. Fulton has studied electric coupling charging technology (eCoupled) for many years, and can use this charging technology to charge mobile phones, notebook computers and other rechargeable devices.
This technology uses an inductively coupled power supply circuit, which can dynamically adjust the action to complete the charging of the device to be charged and the communication between the two.
TI said it can help Fulton design ICs that reduce costs, save board space and shorten time to market. The two companies said that their goal is to launch terminal equipment products integrating TI's chips and Fulton's electrical coupling charging technology in 2009.
This IC-based solution will be used to create a power supply that can simultaneously charge multiple devices with different charging voltages.
Masoud Beheshti, head of the battery management solutions department at TI, said, "We are looking forward to using our company's charging and power management solutions to provide solutions based on coupled charging technology for a variety of different portable applications.
Earlier this year, Fulton quietly acquired wireless power supply specialist Splashpower to strengthen its strength in the field of wireless charging.
Attached to TI's official press release:
Texas Instruments and Fulton Innovation actively promote the development of wireless power technology
TI Semiconductor and Fulton eCoupled technology jointly create contactless power supply and charging solutions
Recently, Texas Instruments (TI) announced that it will work with Fulton Innovation, LLC (Fulton) to accelerate the development of high-efficiency wireless power solutions that can charge portable devices without the need for traditional power cords. TI's superior semiconductor technology helps to minimize costs, save board space, and accelerate the listing process of power and charging systems that use Fulton eCoupled technology to meet a variety of high, medium, and Low-power applications and other charging applications.
As part of the cooperation between the two parties, TI integrated circuits (ICs) should be able to support eCoupled inductive wireless power technology, which is a patented technology that can optimize power transmission under a variety of different load conditions and space configurations. These IC solutions can be used to create universal power supplies to be able to charge multiple devices at the same time, including devices that require different charging voltages. Imagine that we can charge laptops, cell phones, digital cameras, and even MP3 players in one place at the same time, without plugging in a wall power supply at all.
Dave Baarman, Senior Technical Director of Fulton, said: "We are very excited to be able to collaborate with TI to jointly develop advanced and innovative power solutions. This will help us launch a popular low-power system at a very low cost, thus It will benefit both manufacturers and end users of portable devices. "
Steve Anderson, senior vice president of TI ’s power management business, noted: “Fulton ’s eCoupled technology has exciting and outstanding features that can provide new opportunities for commercial, industrial, and consumer electronics device manufacturers to change the way their devices are powered. Users will be able to Charging mobile phones, headsets and laptops in a new and convenient way was not possible before. "
Energy saving through wireless power
Many consumers are unaware that household electronic products consume power even when they are turned off. In addition, studies by the US Department of Energy (DOE) have shown that an average of 75% of all electricity used by electronic products is consumed when the equipment is not in use. Fulton's eCoupled technology uses a high-level description protocol to identify electrical devices that support eCoupled technology, thereby effectively solving the above problems. At the same time, the description protocol can also evaluate the power demand and the life cycle of a single battery to ensure that only the necessary power is provided to the established equipment.
About eCoupled technology
Fulton's eCoupled technology is mainly used in environments that require a variety of traditional power supplies, whether it is at home or in the office, in the car or in the manufacturing plant, can meet its needs. This technology uses the inductively coupled power supply circuit that can dynamically search for resonance for power supply and communication, so that the basic power supply circuit can adapt to the working requirements in order to match the power requirements of the identified eCoupled technology-based equipment.
Masoud Beheshti, Director of Battery Charging Solutions at TI's Battery Management Solutions Products Division, stated: "We have launched a wide range of charging and power management solutions for various portable applications and look forward to supporting eCoupled technology with these solutions. Our The goal is to introduce to the market in 2009 a terminal device design that perfectly integrates TI semiconductor technology and eCoupled technology. "
trademark
eCoupled is a trademark of Fulton Innovation. All registered trademarks and other trademarks belong to their respective owners.
Wireless Fence,Wireless Dog Collar,Wireless Dog Fence,Wireless Electric Dog Fence
Elite-tek Electronics Ltd , https://www.aetertek.ca