Prototype Elyse II In this prototype, I am powering and charging portable mobile phones by wireless charging. The transmitter is made from 6AWG solid copper wire and 9inches in diameter. The receiver coils are made from 22AWG copper wires, with 2-3 turns (they are very thin and small). The two coils are resonating around 750kHz. The phones were able to simultaneously charge from 1-6 inches axially away from the transmitter. The next step requires integrating the circuit onto a PCB and placing it underneath the mobile phone. Future prototype will include more advance circuitry such as: auto shut-off, load detection, and charging indication. The next prototype will also focus on creating a uniform EMF on the transmitter side. Ultimately for near field energy transfer, I want to be able to create a charging station for various electronic devices including laptops.
Showing posts with label transfer. Show all posts
Showing posts with label transfer. Show all posts
Wireless Energy Transfer (WET) Mobile Phone Prototype
Posted Wednesday, January 30, 2013 in ENERGY, Mobile, Prototype, transfer, Wireless by Mary Farrell
Wireless Energy Transfer (WET) Mobile Phone Prototype Tube. Duration : 5.60 Mins.
Prototype Elyse II In this prototype, I am powering and charging portable mobile phones by wireless charging. The transmitter is made from 6AWG solid copper wire and 9inches in diameter. The receiver coils are made from 22AWG copper wires, with 2-3 turns (they are very thin and small). The two coils are resonating around 750kHz. The phones were able to simultaneously charge from 1-6 inches axially away from the transmitter. The next step requires integrating the circuit onto a PCB and placing it underneath the mobile phone. Future prototype will include more advance circuitry such as: auto shut-off, load detection, and charging indication. The next prototype will also focus on creating a uniform EMF on the transmitter side. Ultimately for near field energy transfer, I want to be able to create a charging station for various electronic devices including laptops.
Prototype Elyse II In this prototype, I am powering and charging portable mobile phones by wireless charging. The transmitter is made from 6AWG solid copper wire and 9inches in diameter. The receiver coils are made from 22AWG copper wires, with 2-3 turns (they are very thin and small). The two coils are resonating around 750kHz. The phones were able to simultaneously charge from 1-6 inches axially away from the transmitter. The next step requires integrating the circuit onto a PCB and placing it underneath the mobile phone. Future prototype will include more advance circuitry such as: auto shut-off, load detection, and charging indication. The next prototype will also focus on creating a uniform EMF on the transmitter side. Ultimately for near field energy transfer, I want to be able to create a charging station for various electronic devices including laptops.
witricity- wireless energy transfer
Posted Thursday, January 17, 2013 in ENERGY, transfer, Wireless, Witricity by Mary Farrell
witricity- wireless energy transfer Video Clips. Duration : 4.77 Mins.
at 2.5 MHz with a small oscillator circuit you can power many small load...
at 2.5 MHz with a small oscillator circuit you can power many small load...
How to turn your Samsung Galaxy Gio GT-S5660M into a USB mass storage device to transfer data
Posted Saturday, November 24, 2012 in device, Galaxy, GTS5660M, Samsung, storage, transfer by Mary Farrell
How to turn your Samsung Galaxy Gio GT-S5660M into a USB mass storage device to transfer data Tube. Duration : 15.23 Mins.
WARNING - I will NOT be held responsible for any damages the methods shown in this video may cause to yours or someone else's computer, hardware, software, and/or data, including loss of use of such devices and/or loss of data and/or loss of profits from the resulting inability to use such devices and data. Any information or program you choose to put into use from this video is done AT YOUR OWN RISK. As a precaution, I recommend backing up any irrecoverable data before installing and using ANY new software(s), including those shown in this video. This video will show you how to transfer captured digital pictures (digital photographs) and captured video from your Samsung Galaxy Gio GT-S5660M Android 2.3 GingerBread SmartPhone to your computer, as well as how to transfer digital audio (such as music MP3 files) from your computer onto this Samsung Galaxy Gio device, either through use of the micro SD card and a card reader, or through using the mobile phone itself along with the micro USB charge cable to create a removable disk USB mass storage device. All this can be done without the installation of specific drivers to your computer, and without the need to install the Samsung Kies software and app. Essentially, one has to only ensure that in their Android operating system, that Settings - Applications - Development - USB Debugging is unchecked (this option is checked by default) before connecting their Galaxy Gio cellphone to their computer via the micro-USB charge cable ...
WARNING - I will NOT be held responsible for any damages the methods shown in this video may cause to yours or someone else's computer, hardware, software, and/or data, including loss of use of such devices and/or loss of data and/or loss of profits from the resulting inability to use such devices and data. Any information or program you choose to put into use from this video is done AT YOUR OWN RISK. As a precaution, I recommend backing up any irrecoverable data before installing and using ANY new software(s), including those shown in this video. This video will show you how to transfer captured digital pictures (digital photographs) and captured video from your Samsung Galaxy Gio GT-S5660M Android 2.3 GingerBread SmartPhone to your computer, as well as how to transfer digital audio (such as music MP3 files) from your computer onto this Samsung Galaxy Gio device, either through use of the micro SD card and a card reader, or through using the mobile phone itself along with the micro USB charge cable to create a removable disk USB mass storage device. All this can be done without the installation of specific drivers to your computer, and without the need to install the Samsung Kies software and app. Essentially, one has to only ensure that in their Android operating system, that Settings - Applications - Development - USB Debugging is unchecked (this option is checked by default) before connecting their Galaxy Gio cellphone to their computer via the micro-USB charge cable ...
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