If you're designing a remote or portable application, chances are you're going to be using a battery to power it. However, there are a number of key factors to consider when it comes to battery selection; Whether a primary or rechargeable solution is required, which battery chemistry is most suitable for the application, and what the trade offs are between energy density and discharge rates are just some of the questions that can affect battery choice.
Our comprehensive linecard featuring world-leading suppliers offers you a complete range of battery types from coin cells to custom design and multicell battery packs. Our service to you includes:
- Leading brand name suppliers for every battery chemistry
- An extensive and expanding range of standard lithium-ion and polymer packs, offering reduced design cycles and lowest implementation cost
- Design service for non-standard battery packs through our network of approved pack makers
- Expert advice on battery approvals for shipping and safety
- Easy access to the latest battery trends and developments
- Exclusive Dubilier product from verified and approved partners for high-volume, low-cost applications
Primary batteries
There is a range of primary battery chemistries available, each with its own energy density characteristics (shown in the diagram to the right):
- Alkaline
- Lithium manganese dioxide (coin/cylindrical cells)
- Lithium thionyl chloride
- Silver oxide
- Zinc carbon
Rechargeable batteries
Rechargeable battery chemistries differ from primary chemistries. While they typically have a lower volumetric energy density (see the graph to the right), they have the advantage of multiple recharge cycles. Rechargeable chemistries include:
- Lead acid
- Lithium-ion
- Lithium polymer
- Nickel cadmium
- Nickel metal hydride
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Brochure
Standard lithium-ion/polymer batteries
Explore our range of standard lithium-ion/polymer battery packs from some of the world's leading manufacturers.