OPTIMAL POWER BACKUP FOOTPRINT Save Space with Solid State Batteries Steve Grady VP Marketing [email protected] 2 Industry Trends and Storage Solutions Misaligned TRENDS Ultra Low Power Processors Smart Devices and Sensors Everywhere Wireless is pervasive Integration with other components Miniaturization Eco-Friendly and Renewable Energy CURRENT SOLUTIONS Bulky Size/Metal “coin” package Cannot be integrated with other electronics 60 mm wireless devices annually Complete 10 year HP: 1 Low energy for Space used 800mm Micro wireless componen trillion machines in a Solar powered Notin Eco-Friendly - Toxic Chemicals sensorssensor with ts Pennies sensors package power to dollars 5 yearsTransportation Safety Issues 3 Energy Storage Requirements for New Products » » » » » » » » » High Energy Density Small Footprint and ultra-thin profile 1000s of times rechargeable Permanent for the life of product Safe and Reliable Eco-friendly throughout lifecycle Surface Mount Assembly and reflow solder Package compatible with other ICs Cost effective 4 Key Battery Characteristics to Consider 5 EnerChip Solid State Batteries » Legacy batteries and capacitors do not have the characteristics required. » A completely new type of energy storage device is needed that eliminates pastes, binders, additives and bulky packaging to reduce size and improve electrochemical efficiency » The solution is solid state rechargeable thin film batteries that are component class, highly rechargeable, low profile, constructed with minimal raw materials and handled like an integrated circuit device. 6 Solid State Batteries – Wafer to PCB Wafer Packaged Part Bare Die Diced Packaged SSB on Board Final Assembly To Reflow Solder To Surface Mount Machine Tape & Reel 7 Power Management Circuit Requirements » » » » » » » » Accept wide input voltage range Ultra low power – active and quiescent Manage battery charging and cutoff Regulated output voltage Mode control Status indicators Small ASIC bumpable bare die Ideally a drop-in solution 8 EnerChip Intelligent Solid State Battery EnerChip CC Functional Diagram EnerChip CC 20 Pin DFN Package 9 Worlds Smallest RTC Backup Footprint » Cymbet EVAL-06 RTC Backup USB-based kit » EnerChip CBC3112 Solid State Battery with integrated power management – 96 hours backup » Micro Crystal 2123 RTC with integrated crystal CBC3112-D7C RV-2123-C2 10 Real Time Clock Back-up Examples 11 EnerChips are Eco-Friendly Completely safe to transport via air RoHS compliant for US and EU China RoHS Compliant Solid State Energy devices contain no toxic heavy metals WEEE compliant disposal like other Integrated Circuits REACH compliant for EU CE mark does not apply to these devices 12 Summary » New Product Innovation Trends and Drivers are demanding new energy storage and power management solutions » Solid state energy storage is co-packaged with ultra-low power electronics » These new energy storage solutions are ecofriendly and very cost effective » All these EnerChip devices available today – ask your local Avnet team or go to Avnet Express for Evaluation Kits and Samples.