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August 26, 2010

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February 24, 2008 – 3:09 pm | by Admin
Unveiled on CES last January and showcased on the recently concluded MWC 2008 is Motorola’s new low-end music phone — the Motorola W230. The phone is part of the W-series along with the W161 and the W181. The Motorola W230 is a phone which goes straight to the nitty-gritty. No frills, no added layers of useless fat.

In short, it only has basic features. A candybar, it has 1.6” 128 x 128 color screen, 9 hours of talk time, and the CrystalTalk audio technology. It also features support for Hinglish (Hindi + English), as well as seven different African languages. Its main attraction though, is the dedicated music key, which makes digital audio (iMelody, MIDI, MP3, AMR) and FM radio (with RDS) listening easier. The Motorola W230 comes with two color faceplates: manadarin-bordered dark titanium gray and lustrous silver-bordered licorice.

It’s now currently available in some countries for around US$50-75, depending upon the market. Yes, that’s 50 to 75 bucks. And that’s not the price after a mail-in rebate either. The phone costs just that, without plans of any sort whatsoever.

Update Aug 2009 :-

Connect Motorola W230 to PC for WindowsXP.
1. Make sure your cell phone is fully charged.
2. Before connecting W230 to PC install (Motorola 3.9.0 driver with motoconnect 32bit version) 32 bit version is for windows XP. This driver can be downloaded from (http://direct.motorola.com/hellomoto/nss/usb_drivers_pc_charging_drivers.asp)
3. After installing these drivers, download (PC charging driver 2 )from (http://direct.motorola.com/hellomoto/nss/usb_drivers_pc_charging_drivers.asp)
4. After downloading PC charging driver copy it to desktop.
5.Restart your computer.
6. format your memory card. not required but it is preffered.
7. Now unlock the keypad and connect the usb port to motorola W230, select “NO” at ” use your phone as a storage device ”
8. An icon will apear on pc screen. found new hardware now install pc charging software through it using the link below instruction (http://direct.motorola.com/hellomoto/nss/InstallationInstruction/wdriver.pdf)
9. after the pc charging driver installation. your usb is being used as a charging device.
10. now unplug the usb and reconnect it.
11. select yes for “mass storage”
12. after this step go to my computer and your phone will be displayed as a Removable Disk.
13. there would be three folders DRIVERS, pictures and Music.
14. copy and drag your mp3 files to music folder.
15. you can also make subfolders but only in music folder not in picture folder.
16. dont waste time in reading instructions go and start your installation process.

( Credit to our reader Pakistani Champion )
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August 6, 2010

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August 3, 2010

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Please use this identifier to cite or link to this item: http://oa.elibukr.org/handle/1984/258

Название: Взаимодействие электромагнитных полей и потоков заряженных частиц в полупроводниковых волноведущих структурахАвторы:
Яковенко, Владимир
Русанов, АндрейКлючевые слова: semiconductor plasma, electron beam, plasma waveguide, plasmabeam interaction, electromagnetic waves instabilitiesIssue Date: 1-Oct-2006 Издатель: Институт радиофизики и электроники им. А.Я. Усикова НАН УкраиныКраткий обзор (реферат): Досліджено пучково-плазмову взаємодію з урахуванням дисипативних ефектів, визначено ефективність взаємодії, з'ясовано вплив параметрів системи на ефективність взаємодії. Побудовано гідродинамічну теорію плазмових нестійкостей в розглянутих структурах. Сфера застосування – напівпровідникові плазмові підсилювачі та генератори.Описание: Thesis for a degree of Doctor of Philosophy (Ph.D.) in physical and mathematical sciences (speciality 01.04.03 radiophysics). Institute of Radiophysics and Electronics of the National Academy of Sciences of Ukraine, Kharkov, 2006. The thesis presents a theoretical study electron beams interaction with electromagnetic waves in circular and rectangular semiconductor plasma waveguides. Collisions of electrons in the semiconductor material are taken into account as well as external static magnetic eld. E ciency of the plasma-beam interaction in considered plasma waveguides is determined. E ect of parameters of the plasmabeam system on the e ciency of interaction is studied in detail. New information on some peculiarities of the plasma-beam interaction in semiconductor plasma waveguides is obtained. The results of the investigations could be widely applied in modern particle or solid-state physics while creating plasma ampli ers and generators. Practical recommendations for experimental studies of the plasmabeam interaction in semiconductor plasma waveguides are developed in the thesis.URI: http://oa.elibukr.org/handle/1984/258Appears in Collections:Статті
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