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This nikon en-el3e battery is made specifically for your digital camera and to meet or exceed the original manufacturer specifications. Spare nikon rechargeable Li-ion 7.4V(Compatible with 7.2V) 1500mAh capacity en-el3e battery pack. With a fully charged battery pack en-el3e, you will never miss the important snap moment when you're just about to capture the perfect moment! Best choice to get extra power for your digital camera. Our digital camera battery for nikon en-el3e provide a full 1 year warranty and 30 days refund! Why go somewhere else and pay more? Get the quality and reliability that you need at the fraction of the OEM cost.

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Buy this item with nikon en-el3e digital camera battery and en-el3e digital camera battery charger together you can (save more £1.00!)

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1. Keep nikon en-el3e battery in a cool and dry storage area. Refrigeration is recommended but freezers should be avoided. When refrigerated, the en-el3e battery should be placed in a plastic bag to protect against condensation.
2. Do not fully charge lithium and nickel-based batteries before storage. Keep them partially charged and apply a full charge before use. Store lithium-ion at about 40% state-of-charge (3.75-3.80V/cell open terminal). Lead-acid batteries must be stored fully charged.
3. Do not store lithium-ion fully depleted. If empty, charge for about 30 minutes before storage. Self-discharge on a depleted en-el3e camera battery may cause the protection circuit to trip, preventing a recharge.
4. Do not stockpile li-ion batteries; avoid buying dated stock, even if offered at a reduced price. Observe the manufacturing date, if available.
5. Never leave a nickel-based battery sitting on a charger for more than a few days. Prolonged trickle charge causes crystalline formation (memory).
6. Always store a lead acid battery in full-charge condition. Observe the open terminal voltage and recharge the en-el3e digital camera battery every 6 months or as recommended by the manufacturer.

• The secret of digital camera battery quick testing lies, to a large extent, in understanding how the batteries is being loaded. Digital Camera Batteries loads vary from short current bursts for a mobile phone using the GSM protocol, to long and fluctuating loads on notebook computers, and to intermittent heavy loads for power tools.
• Because of these differences in loads, a battery for a digital mobile phone should be tested primarily for low impedance to assure a clean delivery of the current bursts, whereas a battery for a laptop should be examined mainly for the bulk in energy reserve. Ultra-low impedance is of less importance here. A battery for a power tool, on the other hand, needs both ¡ª low impedance and good power reserve.
• Some quick testers simulate the equipment load and observe the voltage signature of the digital camera battery under these conditions. The readings are compared with the reference settings, which are stored in the tester. The resulting discrepancies are calculated against the anticipated or ideal settings and displayed as the SoH readings.
• The first step in obtaining quick test readings is measuring the battery¡¯s internal resistance, often referred to as impedance. Internal resistance measurements take only a few seconds to complete and provide a reasonably accurate indication of the battery¡¯s condition, especially if a reference reading from a good nikon en-el3e digital camera batteries is available for comparison.