welcomed notebook list in 2006

The welcomed notebook list in 2006:
* NO 10: AW300C

* NO 9:L550S

* NO 8:DELL Latitude D620 (Dell laptop battery)

* NO 7:A8TM

* NO 6:HP dv2012 (Hp laptop battery)

* NO 5:Acer TM2442 (Acer laptop battery)

* NO 4:R55

* NO 3:Lenovo F40

* NO 2:Toshiba A100 (Toshiba laptop battery)

* NO 1: IBM ThinkPad R60e (IBM laptop battery)

Do you have one of these notebook computers? What do you have?Need laptop battery for your laptop? Have a see...

Do and Do not battery table

Which type about your battery?Nickel-cadmium(NiCd),Nickel-metal-hydride (NiMH) Lithium-ion(Li-ion),Lead-acid......
Each battery has unique needs that must be met to obtain reliable service and long life. The Do and Don't battery table summarizes these needs and advises proper handling of each battery type.
read these,you will get help,get what you need....

-	Nickel-cadmium (NiCd)	Nickel-metal-hydride (NiMH)	Lithium-ion (Li-ion)	Lead-acid (Sealed or flooded)
Used in	Two-way radios, power tools, medical.	Similar application as NiCd; higher density.	Cell phones, laptops, video cameras.	Motorcycles, cars, wheelchairs, UPS.
Charging	Do run the battery fully down once per month; try to use up all energy before charging. Do not leave battery in charger for more than 2 days because of memory. Avoid getting battery too hot during charge. Charge methods: Constant current, followed by trickle charge when full. Fast-charge preferred over slow charge. Slow charge = 16h Rapid charge = 3h Fast charge = 1h+	Do run the battery fully down once every 3 months. Over-cycling is not advised. Do not leave battery in charger for more than 2 days because of memory. Avoid getting battery too hot during charge. Charge methods: Constant current, followed by trickle charge when full. Slow charge not recommended. Battery will get warm towards full charge. Rapid charge = 3h Fast charge = 1h+	Do charge the battery often. The battery lasts longer with partial rather than full discharges. Do not use if pack gets hot during charge. Check also charger. Charge methods: Constant voltage to 4.20V/cell (typical). No trickle-charge when full. Li-ion may remain in the charger (no memory). Battery must remain cool. No fast-charge possible. Rapid charge = 3h	Do charge the battery immediately after use. Lead-acid must always be kept in a charged condition. The battery lasts longer with partial rather than full discharges. Over-cycling is not advised. Charge methods: Constant voltage to 2.40/cell (typical), followed by float held at 2.25V/cell. Battery must remain cool. Fast charge not possible; can remain on float charge. Slow charge = 14h Rapid charge = 10h
Discharging	Full cycle does not harm NiCd. NiCd is one of the most hardy and durable chemistries.	Avoid too many full cycles because of wear. Use 80% depth-of-discharge. NiMH has higher energy density than NiCd at the expense of shorter cycle life.	Avoid full cycle because of wear. 80% depth-of-discharge recommended. Re- charge more often. Avoid full discharge. Low voltage may cut off safety circuit	Avoid full cycle because of wear. Use 80% depth-of-discharge. Recharge more often or use larger battery. Low energy density limits lead-acid to wheeled applications
Service needs	Discharge to 1V/cell every 1 to 2 months to prevent memory. Do not discharge before each charge.	Discharge to 1V/cell every 3 months to prevent memory. Do not discharge before each charge	No maintenance needed. Loses capacity due to aging whether used or not.	Apply topping charge every 6 months. Occasional discharge/ charge may improve performance.
Storage	Best to store at 40% charge in a cool place. Open terminal voltage cannot determine state-of-charge. 5 years and longer storage possible. Prime battery if stored longer than 6 months.	Store at 40% charge in a cool place. Open terminal voltage cannot determine state-of-charge. Prime battery if stored longer than 6 months.	Store at 40% charge in a cool place (40% state-of-charge reads 3.75-3.80V/cell at open terminal. Do not store at full charge and at warm temperatures because of accelerated aging.	Store always at a full state-of-charge. Do not store below 2.10V/cell; apply topping charge very 6 months.
Disposal	Do not dispose; contains toxic metals; must be recycled.	Should be recycled. Low volume household NiMH may be disposed.	Should be recycled. Low volume household Li-ion may be disposed	Do not dispose; must be recycled.

My friend's question about laptop battery

My friend ever had a question about her laptop,we don't know how to solve,so she ask online,i record it and share with you:
Question:

My notebook uses the alternating current in the belt battery situation, the duty fence demonstrates is charging. Asked by now the notebook consumed the electricity was comes from the battery or the alternating current? When the battery fills 100%, by now the duty fence demonstrated uses the alternating current. Asked by now the notebook used was the battery electricity or the alternating current electricity?

Answer:

When your notebook belt battery uses on the other hand, this time ison the one hand charges by the city electricity power supply, the notebook consumes the electricity completely to come from to the alternating current. When the battery fills 100%, so long as the duty fence demonstrates uses the alternating current, then this time writes down originally can stop charging, also completely uses the alternating current to supply power. Needs to remind you is, if the long time does not use the battery, suggested takes down the battery, this regarding lengthens the life to be of great advantage. Surely do not have frequently to carry on the charge to the battery, because the lithium ion battery also has the life limit.

Laptop or Computer

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Many of us are so used to working on a computer desktop that when it comes time to purchase a new computer, we don't consider other options ago. Today, computer notebooks - which were once called laptops - offer a number of advantages over a computer desktop.
Now which will you choose?Computer or laptop?For me ,i choose laptop.why?
Here are just five reasons:
1. Mobility
Laptops can certainly be used at your desk, but you also have the option of bringing them to the spot where you're most comfortable.
2. Better Displays
The size and quality of laptop displays has improved so dramatically that there's little difference between laptops and a computer desktop.
3. Lighter Weight
Today,laptops are increasingly easy on the back. The MacBook is slightly over an inch thick and the Toshiba Portege weighs in at about four pounds.
4. Better Computing and Battery Power
The laptop batteries in today's notebooks don't heat up and don't conk out.There are so many lapotp batteries online.
5. More Features
Today, with smaller processors and other components, there's room to pack more features into notebooks.

Then,what about you?Which will you choose?Computer or Laptop?