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crwdns2892146:0Sam Goldheartcrwdnd2892146:0crwdne2892146:0

crwdns2875918:0crwdne2875918:0 crwdns2892120:0crwdne2892120:0 Sam Goldheart

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-[* black] Would you look at that. Looks like our suspicions were correct! An inductive charging coil is adhered, and connected to, the hefty battery.
+[* black] Would you look at that! An inductive charging coil!
[* black] The Nexus 6 features a 3.8 V, 3220 mAh battery with a power rating of 12.2 Wh.
-[* black] We're not sure if the inductive charging feature is really catching on, but there are certainly more devices featuring it.
- [* icon_reminder] Refresher on the science of inductive chaging: an inductive charging station drives an alternating current through a coil. The current moving back and forth in the base coil generates and collapses a magnetic field, which induces a current flow in the coil in the device. This AC current is then rectified into DC power to charge the battery.
+ [* icon_note] That's a step above the [guide|29206|iPhone 6 Plus's|stepid=69024] 11.1 Wh, but looks like [http://www.anandtech.com/show/8687/the-nexus-6-review/2|the Nexus battery life doesn't benefit much.]
+[* black] Is inductive charging going to catch on after all?
+ [* icon_reminder] Quick inductive charging refresher: an inductive charging station drives an alternating current through a coil. The current moving back and forth in the base coil generates and collapses a magnetic field, which induces a current flow in the coil in the device. This AC current is then rectified into DC power to charge the battery.