Nickel Cadmium batteries were one of the first batteries to be used with the mainstream consumer electronics, such as cordless phones, power tools, laptops and two-way radios. Though they are less common today, they are still widely used in electronics that require relatively low power consumption. Find your battery by using "By Category" or "By Brand" from the column on the left or call us for assistance.
Nickel Cadmium battery and Memory Effect
Ni-CD batteries may suffer from a memory effect if they are discharged and recharged to the same state of charge hundreds of times. The apparent symptom is that the battery remembers the point in its charge cycle where recharging began and during subsequent use suffers a sudden drop in voltage, as if the battery has been discharged. The capacity of the battery is not actually reduced substantially. Some electronics are designed to withstand this reduced voltage long enough for the voltage to return to normal. This is how cordless phones and two-way radios, for example, are able to use Ni-CD batteries with little impact from the memory effect over a long period of time.
AtBatt.com selected within NiCD Nickel Cadmium Batteries
Nickel Cadmium batteries were one of the first batteries to be used with the mainstream consumer electronics, such as cordless phones, power tools, laptops and two-way radios. Though they are less common today, they are still widely used in electronics that require relatively low power consumption. Find your battery by using "By Category" or "By Brand" from the column on the left or call us for assistance.
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NiCD Replacement for Maxon BP4W Battery - Fits Comm-panion
Price: $22.49
SKU: 2W-APBP4WIn Stock
Replacement battery for Bell South, NW Bell & GE
Price: $8.99
SKU: B-747In Stock
NiCD Replacement Kenwood KNB12 Battery - Fits TK250 and TK350
Price: $35.99
SKU: 2W-APKNB12In Stock
NiCD Replacement for Motorola HNN9360 Battery - Fits GP350
Ni-CD batteries may suffer from a memory effect if they are discharged and recharged to the same state of charge hundreds of times. The apparent symptom is that the battery remembers the point in its charge cycle where recharging began and during subsequent use suffers a sudden drop in voltage, as if the battery has been discharged. The capacity of the battery is not actually reduced substantially. Some electronics are designed to withstand this reduced voltage long enough for the voltage to return to normal. This is how cordless phones and two-way radios, for example, are able to use Ni-CD batteries with little impact from the memory effect over a long period of time.
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