
	Product ID: GTM00024 Unit Price: Starting at: $62.48 Please Choose: Battery Type li-lion Battery Cell Capacity Battery Volt 10.8V Battery Weight 340g

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Description of IBM T410 Battery

100% new high quality Replacement IBM T410 Battery.
Manufactured By High-Capacity power IBM T410 Battery.
We accept credit card payment through WorldPay or PayPal payment system etc. for IBM T410 Battery.
Brand new with 1 year warranty, 30 days money back, 100% Q.C. of every IBM T410 Battery .
Order your IBM T410 Battery , we will ship the same day to let you received it as soon as possible.
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All of our products meet or exceed the original equipment's specifications and safety standards. All stock is quality controlled in-house by our experienced QC team. Also, our products are backed by a 30-Day Money Back Guarantee and a full 1-year free replacement warranty for any unexpected issues.

In order to Find the best selection and the best prices on our website by the list below. Please press 'Ctrl+F' ,then input the model in input box to find your IBM T410 Battery by Part No. Laptop Model or Voltage. If you can find it ,this means that this product can be used to your laptop ,otherwise it can't .

IBM T410 Battery is Replacement for The following part number:

LENOVO
42T4235
42T4731
42T4733
42T4737
42T4753
42T4757
51J0499
ASM 42T4703
ASM 42T4752
ASM 42T4756
ASM 42T4796
FRU 42T4702
FRU 42T4751
FRU 42T4755
FRU 42T4791
FRU 42T4793
FRU 42T4795
FRU 42T4797
FRU 42T4817
FRU 42T4819
42T4763
42T4764
57Y4186
57Y4185
51J

IBM T410 Battery is also compatible with the following models:

LENOVO ThinkPad E40 ThinkPad E50 ThinkPad Edge 0578-47B ThinkPad Edge 14" ThinkPad Edge 14" 05787UJ

The� choice� of� external� com- ponents determines your amount of� balancing� current.� The� peak inductor current is determined by the� cell� voltage,� inductance� and on-time.� The mean� current� from source� cell� over� the� cycle� equals 0.5 x (peak current) x duty cycle. In normal pump mode there� is a 33 percent� duty� cycle.� For� example, using� a� suggested� inductor� of 15�H� and� given� a� peak� current of� around� 460mA,� we� have� an average current of 75ma from the source cell. This 75mA can happen over� a� long� time.� This� keeps� the entire system in balance so that as we reach the ends of charge and discharge, we� can� exchange� the maximum amount of energy. The� question� continually arises,� �So how much balancing current do I need?� The answer is the one that no one likes to hear, �It depends!� The frst point� is� to fgure out your� expected� imbalance� creep- age over time. If your system runs a� fve� percent� imbalance� after a� one-hour� discharge� in� a� 20A- hr� pack,� you� will� need� to move large� amounts� of� energy.� The PowerPump� FETs� and� inductors will need to be sized accordingly.