Digital Camera Replacement Battery 3.7V 1050mAh for SAMSUNG SLB-10A

Specifications:

• 100% new high quality generic rechargeable Replacement Digital Camera Battery for SAMSUNG SLB-10A
• Never run out of battery power when you're just about to capture the perfect moment
• Time to get extra power for your digital video camera or camcorder
• This SAMSUNG Camera Battery is a high capacity and rechargeable li-ion battery
• Latest lithium ion rechargeable battery technology gives the best performance possible compared to other battery technologies such as nickel metal hydride
• Designed to fit your compatible SAMSUNG SLB-10A digital camera, a spare SAMSUNG Camera Battery is perfect for travel or extended photo sessions
• This is a non-OEM product
• Type: Lithium ion 3.7 V rechargeable battery
• Capacity: 1050mAh

Details:

 

• This is Lithium ion 3.8 V rechargeable SAMSUNG Camera Battery

• Battery caution
• You can rely on this SAMSUNG Camera Battery expertise and your camera can rely on our batteries to keep it powered up and connected

• Designed to fit your compatible SAMSUNG SLB-10A digital camera, a spare SAMSUNG Camera Battery is perfect for travel or extended photo sessions

How to Replace a Dead Digital Camera Battery

For amateur and professional photographers alike, there's nothing more frustrating then when you're about to get a great shot with your digital camera and when you push the shutter and nothing happens. Replacing the battery only takes a couple of minutes and helps insure that you capture your next shot

• Watch the meter. Many digital cameras have a small battery icon that appears on the LCD screen. Keeping an eye on this helps you know when it's time to change the battery
• Examine the batteries. You can do this by either taking the batteries that are already in the camera out, or by looking through the owner's manual to your camera and reading to find out what kind of battery your camera requires. Some cameras take common battery types, like AAA or AA, and others take model specific lithium-ion batteries
• Make a trip to the store. Check out the electronics department for less common battery types. More common types should be available almost anywhere: drug stores, discount stores and convenience stores
• Turn off your camera and replace the battery. Many cameras have a sticker on the inside with a diagram that shows you which way to put the batteries in
• Close the battery compartment and turn your camera back on

Tips & Warnings

• Some batteries are rechargeable. Cameras that come with lithium-ion batteries also have a power cord that will recharge the battery. If your camera has this type of battery, you can recharge it many times before needing to replace it
• Consider investing in rechargeable batteries if your digital camera takes a common type of battery. The initial cost is more than it would be for disposable batteries, but over time you will save money. Getting two sets is a great idea, because then one set can charge while the other is in your camera

How to Extend The Battery Life of Your Digital Camera

Today, the digital camera is being used more and more by the average person and the analog film camera is rarely used these days. The digital camera also has many more functions that are controlled electronically

• Electronic Control Means Battery Power Consumption: True, the older analog film cameras used batteries for a few camera functions which included the flash, motorized film advance and sometimes the electronic control of shutter speeds. The modern digital camera uses battery power for many functions including telephoto lens functions, the LCD viewer display and of course the flash. Some digital cameras will retract the lens to its home position after the photo session is done and the user is just viewing the photos that were shot. This is a great power saving feature. The user can incorporate some personal power saving procedures that can even double battery life of any given type of battery. Probably the simplest approach to saving battery power is to plan your photo session and try to preset the camera function settings in advance if this is at all possible. My personal battery saving approach is to shoot my photos using the "available light" method. Sometimes this creates slight movement of the image due to slower shutter speeds either auto or manual but the natural rendition of the image will far outweigh this shortcoming. Available light photography is a totally separate branch of this art
• Using The Right Battery Type Is The Key To An Uninterrupted Photo Session: Many camera users do not realize that some batteries available will provide much greater use between recharge or replacement. Using Alkaline batteries are the last resort, though without question they are the least expensive. They should only be used as backup when either (NiMh) or (Li-Ion) run out of power and will give you the least amount of camera session use. The (Ni-Cd) can be used but they must be fully discharged before recharging because of their "memory effect". One must keep in mind that the (Li-ion) is the latest in battery technology and will deliver more energy after being fully charged than (Ni-Mh) technology. Both (Li-Ion) and (NiMh) batteries do not suffer the "memory effect" plagued by the older (Ni-Cd)
• As far as which to choose between Nickel Metal Halide and Lithium Ion is mostly a matter of cost. The Lithium Ion battery is more expensive than the Nickel Metal Halide battery. They both can be recharged before being fully discharged and do not suffer from "memory effect" characteristics which is a loss in the specified total capacity of a battery which is encountered every time the battery is recharged
• Today, the digital camera is being used more and more by the average person and the analog film camera is rarely used these days. The digital camera also has many more functions that are controlled electronically

Tips & Warnings

• Always carry an extra set of batteries for your camera
• It could save you a loss of a prize winning photo

What Is a Lithium Polymer Battery?

• Lithium batteries began appearing in the early 1990's. They have the highest energy density of all rechargeable batteries. But due to safety concerns, developers had to incorporate special features into the design to prevent explosion under certain conditions. These concerns, along with market demands for thinner batteries, led scientists to investigate lithium polymer technology.

The Basic Lithium Battery:

• A lithium battery consists of an anode made of graphite and a cathode made of "lithiated" metal oxide, not actually the metal lithium but a chemical mixture containing lithium molecules. The anode and cathode are separated by a non-liquid electrolyte, which completes the chemical action necessary to make it work. While in use, ions of lithium travel from the anode and return to the cathode, while electrons travel from the cathode to the anode, thus producing the electricity.

Safety Issues:

• The chemical composition of lithium batteries carries a potential hazard of severe and life threatening explosion when they are exposed to extreme heat, overcharges, or if the outputs are shorted either by an external connection or a technical failure in the instrument in which they are installed. So lithium batteries must incorporate specific safety features to electronically limit or disconnect their output, or include physically features to reduce internal pressure if abused. The polymer battery improves these features.

The Polymer Separator:

• The separator between the anode and the cathode in a lithium polymer battery contains a highly porous solid polymer composite such as polyethylene oxide or polyacrylonitrile, which changes to a gel when the electrolyte is added. The cells are sealed in a plastic aluminum laminate which ruptures and vents any gases caused by electrolyte oxidation, and shuts the cell down in the case of overcharge, short circuit or high temperature, significantly reducing the risk of explosion.

Size and Shape:

• Since the plates of a lithium polymer battery are cut from die cast materials, they can be stacked like a deck of cards and connected in parallel, giving them the advantage of being made in a wide variety of shapes and sizes. The composition of the polymer separator allows the batteries to be made thinner than competitive types, less than four millimeters. The choice to use a lithium polymer battery remains mainly with the manufacturers of the equipment that will use them.

Cost:

• Because of the nature of the separator, lithium polymer batteries cost more to manufacture. But ability to be made thinner makes them the preferred choice for many applications. So manufacturers of equipment considering using them need to decide if the dimensions of the battery compartment are worth the additional cost. Consumers should be aware of discounted or counterfeit lithium batteries, as they may not have the proper safety features to avoid explosion in abusive conditions.

Package Included:

• 1 x SANGER Digital Camera Replacement Battery 3.7V 1050mAh for SAMSUNG SLB-10A