It's Simple To do Laptop Battery Reconditioning

It's Simple To do Laptop Battery Reconditioning

Welcome to a laptop battery specialist
of the Compaq Laptop Battery   First post by: www.itsbattery.com

It is common to a laptop computer battery to have a factory-preset on how many times it can be charged. Every time the laptop computer is being charged, it will continuously drain minute portions of its charged capability. It is recommended to have a your laptop battery reconditioned in the middle of its lifespan to gain additional charging power.

Follow the instructions below to have an effective laptop battery reconditioning.

1. Remove from the laptop computer the AC adapter, and let it run solely on battery power. Use the laptop computer and drain the battery completely until the laptop turns off by itself.

2. Let the laptop remain off in 10 to 15 minutes, and do not plug the AC adapter at this time.

3. Turn the laptop on using the power button. Do not try to connect to AC power yet. Let the laptop turn off by itself once more, making sure that the laptop battery is discharged fully.

4. With the battery still attached with the laptop, plug the laptop back to AC power. Charge the battery fully as indicated on the display. After that, charge it again for another thirty minutes.

5. By repeating the process for several times or possibly for days in which the laptop battery reconditioning will be fully attained.

6. It is advisable to download software for laptop battery monitoring application in order to oversee the charging, as well as the discharging cycle of the laptop battery such as Compaq EVO N620C Battery, Compaq Presario 1200 Battery, Compaq Presario 1800 Battery, Compaq Presario 700 Battery, Compaq Presario 900 Battery, Compaq Presario 1700 Battery, Compaq Armada E500 Battery, Compaq EVO N100 battery, Compaq Evo N1020V battery, Compaq Evo N1000C battery, Compaq Evo N115 battery. It will also keep tracking the laptop battery's overall performance.

Additional Information and Warnings:

. It is advisable to perform the battery reconditioning at night. This is to make the process continuous and free from interruptions.

. When the battery reconditioning has been attained, always discharge the battery fully every time before charging again. The reconditioning process should be repeated every 2 to 4 months.

. Keep the battery in a dry and cool place when it is not in use. Major laptop computer producers advise to keep the battery cool at about sixty degrees Fahrenheit in order to discourage discharging prematurely.

. Do not ever try placing the laptop battery in the freezer or refrigerator. It will damage the battery badly.

. Avoid dropping the laptop computer battery.

. Avoid exposing the battery under extreme temperatures.

. Never leave the laptop outside in cold weather.

. Do not leave the laptop inside a car that's parked on a hot day. The increase in temperature can cause premature discharge of the batteries.

. Always use power from electricity to keep the battery charged.

. Do not use the laptop computer for a long period of time.

. In some cases, laptops computer can be run using two batteries. When it is not possible, inquire with the producer of the laptop for the availability of battery with a high capacity. An external battery can be utilized for an extended period of laptop computer operations.

Taking care of laptop batteries is helpful and it will be ready in top condition every time it will be used.

Solid State Drives - SSD Facts You Should Know

Solid State Drives - SSD Facts You Should Know

Welcome to a laptop battery specialist
of the Compaq Laptop Battery   First post by: www.itsbattery.com

If you're interested in the latest technology, then solid state drives have probably been on your radar for awhile now. Also, known as an SSD, these drives are being hyped as the next wave of greatness for laptops and for computers in general.

The big question, however, is do they deliver on all of these promises or, like so many grand advancements promoted in the past, just overhyped.

To answer those questions, we first need to learn a little bit more about these drives. Then we'll delve into how they stack up to their promises.

A Little Background

Basically, these drives aren't new but they made a huge splash in 2007 at the Consumer Electronic Show held in Las Vegas. They were heralded as the solution to many problems facing those of us who love portable computing.

Basically these devices are types of hard drives which do not rely on magnetic media for their memory storage. Instead, they use semiconductors much like flash memory drives already do. In fact, both of these storage devices use similar non-volatile memory chips.

However, the main difference between the two is that the solid state drive is not used as an external memory storage system like flash drives. They are built to be installed internally in place of a traditional hard drive.

If you're wondering why using SSD's would be a good idea, there are several advantages being promoted by industry insiders. This is where most of the promises come into the picture.

Basically, these drives are considered great inventions because they are believed to deliver three amazing benefits: reduced power usage, faster access to memory, and improved reliability. All of these benefits are a result of the differences in the way solid state drives and traditional hard drives work.

Most of us have at least a basic understanding of how our hard drives work. Inside them are spinning magnetic platters where everything we do on our computers is saved.

To work though, they rely on drive motors to move them. If anything happens to those motors or to the drive heads, then our hard drive ceases to function correctly and we'll end up shopping for a new laptop or desktop.

These alternative drives don't have all of those extra parts. Everything is done through Flash memory chips and most of us know that the portable Flash memory we use in our cameras and other storage devices does a pretty good job of saving quickly and of working when we need it to.

As you can imagine, having a drive that uses less power, is less vulnerable to damage, and is able to retrieve data faster would be a dream for most laptop owners. That's why it's important to look at whether or not these drives really deliver on these promises.

Do Solid State Drives Deliver?

Many laptop manufacturers have already released products contains solid state drives so there are some on the market which allow us to get an idea of how they are stacking up to these promises. First, we can look at the promise of quick data access.

Unfortunately, there have been some problems with customer satisfaction in this area because of the hype. People are promised the moon and are disappointed when the drive can't live up to their elevated expectations.

Evidence has shown that these drives do wonderful when you're reading average size files. You'll be able to access them quickly. However, if you're working with large files or trying to save large files, you won't see those fast speeds.

Now remember these drives are still in their infancy in terms of this type of use so that doesn't mean these problems won't be corrected down the line.

Another huge promise is improved battery ( such as Compaq Armada M700 Battery, Compaq EVO N400c Battery, Compaq EVO N410c Battery, Compaq EVO N600C Battery, Compaq EVO N610C Battery, Compaq EVO N620C Battery, Compaq Presario 1200 Battery, Compaq Presario 1800 Battery, Compaq Presario 700 Battery, Compaq Presario 900 Battery ) life for laptops because of the reduced power requirements. For one, this promise could never really deliver because the hard drive isn't what uses up most of your laptop's battery in the first place.

The screen, the RAM, and your CPU are doing most of that for you. Generally, you're only talking about a 5% improvement in battery life and that's not much of a bargain considering how much these drives add to the price of a laptop.

Finally, we can look at reliability. Since the drives haven't been available that long, we really need more time to evaluate this claim. However, we do know that unlike traditional hard drives which can be written on indefinitely. Solid state drives can only a certain number of times depending on the technology used.

This is still sufficient for most needs but given the costs , and whilst these writes will

Only time will tell if these problems can be rectified so that solid state drives can truly live up to everything they are promised to be.