EnerChip™ Smart Solid State Batteries
Cymbet EnerChip™ battery and energy harvesting solutions provide an innovative way to place energy storage where it has never gone before.
EnerChip™ bare die can be embedded with other integrated circuits and packaged parts use standard automated SMT and reflow solder assembly.
EnerChips are very cost effective and can be used in designs where
legacy Supercapacitors and Coin Cell batteries can not be used.
EnerChip Rechargeable Solid State Bare Die Batteries and PMIC
EnerChip CBC050-BDC:
is a 50uAh (Lifecycle Capacity= 25mAh) rechargeable 5.7mm x 6.1mm x 200 microns thick solid state battery bare die to be co-packaged with other integrated circuits using wire bond attachment in a single package or multi-chip module.
More Info | Datasheet (PDF) | Contact for Samples | Applications Eng Support
EnerChip CBC005-BDC:
is a 5uAh (Lifecycle Capacity = 2.5mAh) rechargeable 1.75mm x 2.15mm x 200 microns thick solid state battery bare die to be co-packaged with other integrated circuits using wire bond attachment in a single package or multi-chip module. The electrical specifications for the CBC005-BDC are contained in the CBC3105 datasheet as linked below.
More Info | Datasheet (PDF) | Contact for Samples | Applications Eng Support
EnerChip CBC910 Power Management and Charge Control ASIC Bare Die
is a complete single chip power management solution that provides battery backup control and power management for systems requiring power bridging and/or secondary power. The CBC910 is available as a bare die. The bare die CBC910 is particularly useful for projects intergrating EnerChip solid state battery bare die with other Integrated Circuits and components in a single package or multi-chip module.
Datasheet (PDF) | Contact for Samples | Applications Eng Support
EnerChip™ Packaged Batteries – Discontinued and not available
EnerChip CBC050-M8C:
is a 50uAh (Lifecycle Capacity = 25mAh) rechargeable solid state battery packaged in an 8×8 mm 16 pin QFN package – Discontinued product not to be used for new designs
EnerChip CC CBC3112-D7C:
is a 12uAh (Lifecycle Capacity = 6mAh) rechargeable solid state battery with integrated power management packaged in a 7x7mm 20 pin DFN package – Discontinued product not to be used for new designs
EnerChip CC CBC3105-R4C:
is a 5uAh (Lifecycle Capacity = 2.5mAh) rechargeable solid state battery with integrated power management packaged in a 4x5mm 16 pin DFN package – Discontinued product not to be used for new Designs
Using EnerChip Lifecycle Capacity Specifications for Power Budget Calculations
When evaluating EnerChip Solid State Batteries for your designs, it is important to review the Lifecycle Capacity (LC) of each device. Since EnerChips can be charge cycled many thousands of times, an EnerChip has a similar energy storage equivalency per volume of much larger primary coin cell batteries. For example, the 50uAh EnerChip CBC3150 is rechargeable 5000 times at a 10% depth of discharge to 80% of rated capacity. This yields a Lifecycle Capacity of 25mAh using the conservative datasheet charge cycle specifications for this device. Therefore, the 10x smaller footprint EnerChip has the same Lifecycle Capacity per unit volume of a much larger problematic primary coin cell battery.
The EnerChip is an Eco-friendly device, providing long intervals of operation between recharges. When coupled with energy harvesting techniques, these devices can provide the energy storage to build self-contained, long lived powered systems that have minimal negative environmental impact. As a solid-state device, the EnerChip is RoHS compliant and contains no hazardous materials, flammable solvents or liquids that can harm the user or the environment, therefore eliminating or reducing end-of-life product costs. Environmental friendliness is a key EnerChip attribute, since the product is designed to eliminate battery replacement and last the life of the product it powers.
Development Support
To facilitate easy evaluation of the EnerChip rechargeable battery products, Evaluation Kits have been created that provide everything a designer needs to fully evaluate the performance and operation of the EnerChip energy storage devices.
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