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These specifications are subject to change without notice.The availability of particular products, services and features may vary by region. Please check with your local Nokia dealer for further details. These specifications are subject to change without notice.
http://www.nokia.com.my/fin [...] g-case-cp-359

Spesifikasi ini dapat berubah tanpa pemberitahuan.Keberadaan sebagian produk, layanan dan fitur dapat berbeda-beda di tiap negara. Silahkan cek pada gerai Nokia lokal untuk informasi lebih lanjut. Spesifikasi ini dapat berubah tanpa pemberitahuan.
http://www.nokia.co.id/cari [...] g-case-cp-359

Specifications are subject to change without notice.
http://www.nokia.com.my/fin [...] -326-for-6300

Spesifikasi dapat berubah tanpa pemberitahuan.
http://www.nokia.co.id/cari [...] 26-untuk-6300

These specifications are subject to change without notice.Free navigation is for the lifetime of the phone. Downloading of maps over-the-air may involve transferring large amounts of data. Your service provider may charge for the data transmission. The availability of particular products, services and features may vary by region. Please check with your local Nokia dealer for further details and availability of language options. These specifications are subject to change without notice.
http://www.nokia-asia.com/s [...] ow1_position4

Spesifikasi ini dapat berubah tanpa pemberitahuan.Mendownload peta secara nirkabel mungkin memerlukan transfer data yang besar. Penyedia layanan Anda mungkin mengenakan biaya untuk pengiriman data. Ketersediaan produk, layanan, dan fitur tertentu mungkin berbeda-beda di setiap wilayah. Tanyakan pada dealer Nokia terdekat untuk perincian lebih lanjut dan ketersediaan pilihan bahasa. Spesifikasi ini dapat berubah tanpa pemberitahuan.
http://www.nokia.co.id/laya [...] ow1_position3

It is the same principle in ALL Infra-Red proximity sensors. The basic idea is to send infra red light through IR-LEDs, which is then reflected by any object in front of the sensor. Then all you have to do is to pick-up the reflected IR light. For detecting the reflected IR light, we are going to use a very original technique: we are going to use another IR-LED, to detect the IR light that was emitted from another led of the exact same type! This is an electrical property of Light Emitting Diodes (LEDs) which is the fact that a led Produce a voltage difference across its leads when it is subjected to light. As if it was a photo-cell, but with much lower output current. In other words, the voltage generated by the leds can't be - in any way - used to generate electrical power from light, It can barely be detected. that's why as you will notice in the schematic, we are going to use a Op-Amp (operational Amplifier) to accurately detect very small voltage changes.

It is the same principle in ALL Infra-Red proximity sensors. The basic idea is to send infra red light through IR-LEDs, which is then reflected by any object in front of the sensor. Then all you have to do is to pick-up the reflected IR light. For detecting the reflected IR light, we are going to use a very original technique: we are going to use another IR-LED, to detect the IR light that was emitted from another led of the exact same type! This is an electrical property of Light Emitting Diodes (LEDs) which is the fact that a led Produce a voltage difference across its leads when it is subjected to light. As if it was a photo-cell, but with much lower output current. In other words, the voltage generated by the leds can't be - in any way - used to generate electrical power from light, It can barely be detected. that's why as you will notice in the schematic, we are going to use a Op-Amp (operational Amplifier) to accurately detect very small voltage changes.

WASHINGTON (AP) - Earth's magnetic field is about to be shaken like a snow globe by the largest solar storm in five years. After hurtling through space for a day and a half, a massive cloud of charged particles is due to arrive early Thursday and could disrupt utility grids, airline flights, satellite networks and GPS services, especially in northern areas. But the same blast also could paint colorful auroras farther from the poles than normal. Scientists say the storm, which started with a massive solar flare early in the week, is growing as it races outward from the sun, expanding like a giant soap bubble. When it strikes early Thursday, the particles will be moving at 4 million mph (6.4 million kph). "It's hitting us right in the nose," said Joe Kunches, a scientist for the National Oceanic and Atmospheric Administration in Boulder, Colorado. Astronomers say the sun has been relatively quiet for some time. And this storm, while strong, may seem fiercer because Earth has been lulled by several years of weak solar activity. The storm is part of the sun's normal 11-year cycle, which is supposed to reach peak storminess next year. Solar storms do not harm people, but they do disrupt technology. And during the last peak around 2002, experts learned that GPS was vulnerable to solar outbursts. Because new technology has flourished since then, scientists could discover that some new systems also are at risk, said Jeffrey Hughes, director of the Center for Integrated Space Weather Modeling at Boston University. A decade ago, this type of solar storm happened a couple of times a year, Hughes said. "This is a good-size event, but not the extreme type," said Bill Murtagh, program coordinator for the federal government's Space Weather Prediction Center. The sun erupted Tuesday evening, and the most noticeable effects should arrive here between 1 a.m. and 5 a.m. EST Thursday, according to forecasters at the space weather center. The effects could linger through Friday morning. The region of the sun that erupted can still send more blasts Earth's way, Kunches said. He said another set of active sunspots is ready to aim at Earth right after this. "This is a big sun spot group, particularly nasty," NASA solar physicist David Hathaway said. "Things are really twisted up and mixed up. It keeps flaring." Storms like this start with sun spots, Hathaway said. Then comes an initial solar flare of subatomic particles that resemble a filament coming out of the sun. That part already hit Earth only minutes after the initial burst, bringing radio and radiation disturbances. After that comes the coronal mass ejection, which looks like a growing bubble and takes a couple of days to reach Earth. It's that ejection that could cause magnetic disruptions Thursday. "It could give us a bit of a jolt," NASA solar physicist Alex Young said. The storm follows an earlier, weaker solar eruption that happened Sunday, Kunches said. For North America, the good part of a solar storm, the one that creates more noticeable auroras or Northern Lights, will peak Thursday evening in North America. Auroras could dip as far south as the Great Lakes between Canada and the United States or lower, Kunches said, but a full moon will make them harder to see. Auroras are "probably the treat we get when the sun erupts," Kunches said. Still, the potential for problems is widespread. Solar storms have three ways they can disrupt technology on Earth: with magnetic, radio and radiation emissions. This is an unusual situation, when all three types of solar storm disruptions are likely to be strong, Kunches said. That makes it the strongest overall since December 2006. That means "a whole host of things" could follow, he said. North American utilities are monitoring for abnormalities on their grids and have contingency plans, said Kimberly Mielcarek, spokeswoman for the North American Electric Reliability Corp., a consortium of electricity grid operators. In 1989, a strong solar storm knocked out the power grid in Quebec, causing 6 million people to lose power. Solar storms also can make global positioning systems less accurate and cause GPS outages. The storm could trigger communication problems and additional radiation around the north and south poles - a risk that probably will force airlines to reroute flights. Some already have done so, Kunches said. Satellites could be affected, too. NASA spokesman Rob Navias said the space agency is not taking any extra precautions to protect astronauts on the International Space Station from added radiation.