Showing posts with label Laptop Battery. Show all posts
Showing posts with label Laptop Battery. Show all posts

Friday, July 13, 2012

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Compaq Armada Series
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Compaq Tablet PC Series
Dell Inspiron Series
Dell Latitude Series
Dell Precision Series
Dell Vostro Series
Fujitsu FMV Series
Fujitsu LifeBook Series
HP Business Notebook
HP OmniBook Series
HP Pavilion DV Series
IBM ThinkPad Series
Sony PCG Series
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Toshiba Dynabook Series
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Casio Series
Fujifilm Series
Nikon Series
Olympus Series
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Panasonic Series
Makita Series
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Thursday, July 5, 2012

What You Need To Know About Laptop Batteries


Anyone that owns a laptop should make sure they are informed as to the ins and outs of Laptop batteries. For many people they get their laptop, put the battery in, and the continually charge it for as long as they use and own their laptop computer. But there are some basics everyone should know about their Laptop computer battery that will allow them to not only become more familiar with their battery but also understand the proper way to handle their battery and what to do when it comes time to replace their Laptop computer battery if it shows signs of failing.
There are some basic and not so basic questions that everyone should have an understanding of if they own a laptop computer. Laptops, also known as Laptop computers, require a power source to operate and when you are nowhere near a power outlet then that power is battery power. Here are some basics of the Laptop battery that everyone that owns a Laptop battery should be well aware of.
Can I take my Laptop battery apart?
No. Never disassemble your laptop battery. It is a sealed unit that contains dangerous chemicals. Breaking the seal to open it will cause the battery to not work and if you get the chemicals on yourself you will be causing harm to yourself.
Can I remove my Laptop battery from my Laptop computer?
Yes you can remove it but always follow the instructions in your user’s manual prior to removing the battery and also be certain to follow the warnings regarding your battery that are found in the user’s manual and on the battery itself.
How can I tell if my battery needs to be replaced?
As your battery starts to wear down it will hold the charge less and less longer after each charge. Sometimes a battery will work fine one day and then suddenly lose its ability to charge the next. That is not unusual. But most batteries give you warnings such as noticing that a battery that used to work for 3 hours fully charged now only works for 2 hours.
I opened my laptop and it looks like my battery has broken open and is leaking everywhere. What do I do?
Do not touch anything in the laptop. Get the laptop into a protective plastic bag and contact a service center immediately. More than likely a leaky battery means it is going to be time for a new laptop but it is always a good idea to get a professional’s opinion first.
What kind of replacement battery for my Laptop computer should I buy?
It is not necessary to purchase a name brand battery for your laptop computer. If you own a laptop made by ABC Computers it is not necessary to pay the extra money to get a battery with the ABC Computers logo on it. Check on the internet for third party battery manufacturers and they will have a complete compatibility chart for you to reference. If you can match up your laptop with one of their part numbers then that battery is completely compatible with your laptop computer. The chances are very good that the third party battery manufacturer makes the batteries for ABC Computers anyways so you are not taking any risk getting a replacement battery this way.

What Kind Of Laptop Battery Should You Get?


You are watching your television and a commercial comes on that claims that they have found the internet in the vast reaches of a mountain wasteland. It is a great advertising gimmick but it raises a very good question – how would you recharge your laptop battery way up in the mountains? As more people become reliant on their laptops for their every day existence the laptop battery takes front and center as one of the most important parts of the laptop computer. Many people run their laptop battery until it just cannot hold a charge anymore and then they look to replace it. Some people buy extra batteries and carry them around with them fully charged so that they can keep on computing wherever they are. Still others hail the advent of the laptop battery that increases battery time by a significant margin and eliminates the need to carry extra batteries around. Many people like the idea of using their laptop on and off all day without having to recharge their batteries until they settle in for the night. But there are a lot of things to consider with your laptop battery replacement and some of the most important things to consider are things you would never think of.
First of all many people spend more money than they need to on their replacement laptop battery because they buy name brand. There is a misconception that the only batteries that will work properly in laptops are the ones sold by the laptop manufacturer. The chances are very good that the laptop manufacturer only assembled that laptop and that they did not make the battery at all. They buy the batteries from third party battery manufacturers and then put their company name on the batteries which they wind up charging you extra for. Save yourself a lot of money and do not be afraid to purchase generic laptop batteries when you are looking for a laptop battery replacement. The chances are very good that the company that made the generic battery you bought also make the brand name batteries for the big name computer companies.  In many cases it is the same battery.
Be careful when trying to put a laptop battery with more charge time in your laptop. While it may sound like a great idea it may do damage to your laptop. Always check with the laptop manufacturer to see if your particular model can handle batteries with larger capacities and make sure that you get the model of battery that the manufacturer recommends. You should be able to find the generic equivalent and once again save yourself a lot of money. Always check with the manufacturer’s recommendations prior to adding any new power source to your laptop computer.

Monday, June 18, 2012

Long Live Your Laptop Battery!

Heal a Sick Laptop Battery

Myth: You can rejuvenate a worn-out battery.
This isn't, strictly speaking, the case. You can't make old lithium hold more electrons than it can currently manage.
But if the battery is running out unexpectedly fast, or if your laptop is having trouble figuring out how much power it has left, you might be able to fix the battery's "gas gauge," so it at least gives a more accurate reading.
If you suspect the battery can't tell if it's charged or not, run it through a couple of cycles. Drain it of all its power (yes, this is the exception to the "don't drain the battery" rule mentioned above), recharge it to 100 percent, and then repeat.
But how do you drain the battery when Windows won't let you do just that? Don't bother with the settings described above. They're not safe (you might forget to change them back), they may not be getting an accurate reading, and they quite possibly won't let you set the critical battery level to 0 percent. (If they did, it would crash Windows.)
Instead, unplug your AC power and keep your laptop running (you can work on it if you like) until it automatically hibernates. Then reboot your PC back and go directly to the system setup program.
I can't tell you exactly how to get there; each computer is different. Turn on your PC and look for an onscreen message (one of the first you'll see) that says something like "Press the X key for setup." Immediately press the designated key.
It may take a couple of times to get the timing right. If there isn't enough power to let it boot, plug in AC until you're at the setup program, then unplug it.
Leave the notebook on until it shuts off. This can take some time (45 minutes on my laptop); setup uses a lot less power than Windows.
Once the PC is off, plug in the AC power, then wait a few hours before rebooting to Windows and making sure you've got a full recharge.
Repeat the process once or twice.
With luck and proper care, your battery will still be useful when you're looking for a new laptop.

Longer Life Your Laptop Battery Between Charges

The tips above should lengthen the time before you need to replace your laptop's battery. But on a daily basis, we're far more concerned with another type of battery life: how long we can keep our laptop running without AC power. You may know most of the following tips already, but it never hurts to refresh (or recharge) your memory.
Dim your screen
Your laptop's backlight requires a lot of juice. Keep it as dim as you can comfortably read it.
Shut off unneeded hardware
Turn off your Bluetooth, and if you're not using the Internet, turn off your Wi-Fi receiver, as well. Don't use an external mouse or other device. And muting the PC's sound system not only saves power, it avoids annoying everyone else in the café.
Avoid multitasking
Run as few programs as you can get away with. If possible, stick to the one application (word processor, browser, or whatever) you're currently using, plus your antivirus and firewall in the background.
And if you're not on the Internet, you don't need those two.
Avoid multimedia
Save chores like photo editing and watching old Daily Show videos for when you have AC power. And if you must listen to music, use your iPod (or similar device).
Know when to sleep and when to hibernate
Choose Sleep or Hibernate depending on how long you plan to be away from the computer. (Click for larger image.)You need to think about when you want to save power by sending your laptop into Standby or Sleep mode, and when you want to hibernate it.
There's a difference. XP's Standby and Vista and Windows 7's Sleep modes keep your PC on, using some power, but less of it than in normal use. Hibernate saves the PC's state to the hard drive, then shuts it off entirely, so that no power is used.
On the other hand, Windows takes much longer--sometimes minutes--to go into and come out of hibernation. And those are minutes that the battery is draining heavily and you can't work.
XP's Standby mode isn't really all that efficient. If your laptop will be inactive for more than about half an hour, hibernate it. Otherwise, use Standby.
But Vista and Windows 7 do a much better job with their Sleep mode. Don't bother hibernating your PC unless you think you're going to go more than two or three hours without using it.
Myth: Adding RAM saves battery life.
True, more RAM means less hard drive access, and the hard drive uses a lot of electricity. But RAM uses electricity as well, and unless you're doing a lot of multitasking (not a good idea when you're on battery power), more RAM won't reduce hard drive use.

Long Live Your Laptop Battery!

Keep your laptop battery working for years (and for hours between charges).
Laptop batteries are like people--eventually and inevitably, they die. And like people, they don't obey Moore's Law--You can't expect next year's batteries to last twice as long as this year's. Battery technology may improve a bit over time (after all, there's plenty of financial incentive for better batteries), but, while interesting possibilities may pop up, don't expect major battery breakthroughs in the near future.
Although your battery will eventually die, proper care can put off the inevitable. Here's how to keep your laptop battery working for as long as possible. With luck, it could last until you need to replace that aging notebook
I've also included a few tips on keeping the battery going longer between charges, so you can work longer without AC power.

Don't Run It Down to Empty

Battery settings in Windows 7. (Click for larger image.)Despite what our screen shows, most laptops probably won't allow you to set the critical battery level at 0 percent--and you shouldn't try.Squeezing every drop of juice out of a lithium ion battery (the type used in today's laptops) strains and weakens it. Doing this once or twice won't kill the battery, but the cumulative effect of frequently emptying your battery will shorten its lifespan.
(There's actually an exception to this rule--a circumstance where you should run down the battery all the way. I'll get to that later.)
The good news: You probably can't run down the battery, anyway--at least not without going to a lot of trouble to do so. Most modern laptops are designed to shut down before the battery is empty.
In fact, Vista and Windows 7 come with a setting for just this purpose. To see it, click Start, type power, and select Power Options. Click any one of the Change plan settings links, then the Change advanced power settings link. In the resulting dialog box, scroll down to and expand the Battery option. Then expand Critical battery level. The setting will probably be about 5 percent, which is a good place to leave it.
XP has no such native setting, although your laptop may have a vendor-supplied tool that does the same job.
Myth: You should never recharge your battery all the way.
There's considerable controversy on this point, and in researching this article I interviewed experts both for and against. But I've come down on the side of recharging all the way. The advantages of leaving home with a fully-charged battery--you can use your PC longer without AC power--are worth the slight risk of doing damage.

Keep It Cool

Heat breaks down the battery, and reduces its overall life.
When you use your laptop, make sure the vents are unblocked. Never work with the laptop on pillows or cushions. If possible, put it on a raised stand that allows for plenty of airflow.
Also, clean the vents every so often with a can of compressed air. You can buy this for a few dollars at any computer store. Be sure to follow the directions on the can, and do this only when the notebook is off.

Give laptop battery a Rest

Removing a battery from a laptop. (Click for larger image.)If you're going to be working exclusively on AC power for a week or more, remove the battery first.
Otherwise, you'll be wearing out the battery--constantly charging and discharging it--at a time when you don't need to use it at all. You're also heating it up (see "Keep It Cool," above).
You don't want it too empty when you take it out. An unused battery loses power over time, and you don't want all the power to drain away, so remove it when it's at least half-charged.
Never remove the battery while the computer is on, or even in standby or sleep mode; doing so will crash your system and possibly damage your hardware. Even inserting a battery into a running laptop can damage the system. So only remove or reinsert the battery when the laptop is completely off or hibernating.
If you've never removed your laptop battery and don't know how, check your documentation. (If you don't have it, you can probably find it online.) The instructions generally involve turning the laptop upside-down and holding down a button while you slide out the battery.

dell battery What causes laptop batteries to overheat?


In conjunction with the United States Consumer Product Safety Commission (CPSC), Dell and Apple Computer announced large recalls of laptop batteries in the summer of 2006, followed by Toshiba and Lenovo. Sony manufactured all of the recalled batteries, and in October 2006, the company announced its own large-scale recall. Under the right circumstances, these batteries could overheat, potentially causing burns, an explosion or a fire.
To understand why that happened, it's helpful to know a little bit about how batteries work. Batteries have a negatively charged terminal and a positively charged terminal. In a battery, energy from electrochemical reactions causes electrons (negatively charged particles) to collect at the battery's negatively charged pole. Charged particles are attracted to opposite charge, so if you connect a battery to a circuit, the electrons will flow from the negative pole, through the circuit and to the battery's positively charged pole. In other words, the battery generates a moving charge, or electricity. (See How Electricity Works and How Batteries Work for more details).
The exact reaction that generates the electrons varies, depending on the type of battery. In a lithium-ion battery, you'll find pressurized containers that house a coil of metal and a flammable, lithium-containing liquid. The manufacturing process creates tiny pieces of metal that float in the liquid. Manufacturers can't completely prevent these metal fragments, but good manufacturing techniques limit their size and number. The cells of a lithium-ion battery also contain separators that keep the anodes and cathodes, or positive and negative poles, from touching each other.
These Apple iBook and PowerBook laptop batteries were also part of the recall.
In conjunction with the United States Consumer Product Safety Commission (CPSC), Dell and Apple Computer announced large recalls of laptop batteries in the summer of 2006, followed by Toshiba and Lenovo. Sony manufactured all of the recalled batteries, and in October 2006, the company announced its own large-scale recall. Under the right circumstances, these batteries could overheat, potentially causing burns, an explosion or a fire.
To understand why that happened, it's helpful to know a little bit about how batteries work. Batteries have a negatively charged terminal and a positively charged terminal. In a battery, energy from electrochemical reactions causes electrons (negatively charged particles) to collect at the battery's negatively charged pole. Charged particles are attracted to opposite charge, so if you connect a battery to a circuit, the electrons will flow from the negative pole, through the circuit and to the battery's positively charged pole. In other words, the battery generates a moving charge, or electricity.
The exact reaction that generates the electrons varies, depending on the type of battery. In a lithium-ion battery, you'll find pressurized containers that house a coil of metal and a flammable, lithium-containing liquid. The manufacturing process creates tiny pieces of metal that float in the liquid. Manufacturers can't completely prevent these metal fragments, but good manufacturing techniques limit their size and number. The cells of a lithium-ion battery also contain separators that keep the anodes and cathodes, or positive and negative poles, from touching each other.

These Apple iBook and PowerBook laptop batteries were also part of the recall.
Image courtesy U.S. Consumer Product Safety Commission
If the battery gets hot through use or recharging, the pieces of metal can move around, much like grains of rice in a pot of water. If a piece of metal gets too close to the separator, it can puncture the separator and cause a short circuit. There are a few possible scenarios for what can go wrong in the case of a short circuit:
  • If it creates a spark, the flammable liquid can ignite, causing a fire.
  • If it causes the temperature inside the battery to rise rapidly, the battery can explode due to the increased pressure.
  • If it causes the temperature to rise slowly, the battery can melt, and the liquid inside can leak out.
­ There are several reasons why­ multiple laptop battery models have been recalled in the past few years. People want small, lightweight laptops that they can use for long periods. They also want their laptops to have bright screens and lots of processing power. For these reasons, laptop batteries have to be relatively small, but they also have to hold a lot of energy and last a long time.
­ Making lithium-ion batteries that can hold more power for a longer period requires vital components, including the separators, to be small and thin. The reduction in size makes it more likely that the batteries can fail, break, leak or short circuit.