Cymbet Corporation is an industry leader in thin film battery technology and energy harvesting power management solutions. Cymbet has taken solid state, thin film battery technology concepts and materials and developed a family of commercial products intended to provide new, cost-effective alternative solutions for the electronics designer needing reliable, long lived, non-volatility for common semiconductors. Cymbet produces the EnerChip™ solid-state, rechargeable thin film battery family, a new innovation in energy management and energy storage that provides innovative power storage solutions for many applications including power bridging, permanent power, and wireless sensors.
The Cymbet CBC-EVAL-11 EnerChip™ CC Inductive Charging Evaluation Kit is a demonstration kit combining an inductive transmitter board with a receiver board containing an EnerChip CC CBC3150 solid state storage device with integrated power management. The Cymbet CBC-EVAL-11 EnerChip CC Inductive Charging Evaluation Kit is an inductive charger for the CBC3150 with integrated energy storage management and energy harvesting emulation. The Cymbet CBC-EVAL-11 system consists of an inductive wireless transmitter module tuned to a frequency of 13.56 MHz and an inductive wireless charger (receiver module). The transmitter module is designed to be powered by a computer USB port.
Cymbet EnerChip™ solid-state, rechargeable thin-film batteries are a new innovation in energy storage and power management that provides energy storage
in a form factor and with a convenience not previously attainable using
conventional solutions such as lithium coin cells and super capacitors.
The Cymbet EnerChip thin-film battery family is ideally
suited for applications in which battery backup power is needed to
maintain the settings of MCU memories, real-time clocks, and SRAM during
power loss or power failures. These Cymbet EnerChip rechargeable thin-film batteries
can provide back-up power ranging from a few hours to several weeks
depending on the stand-by current requirements of the system. The EnerChip family includes the CBC012 12µAh thin-film battery, the CBC050 50µAh thin-film battery, the CBC3112 12µAh battery combined with Integrated Battery Management, and the CBC3150 50µAh battery combined with Integrated Battery Management.
The Cymbet EnerChip™ CC EVAL-05 Evaluation Kit demonstrates the capabilities of both the EnerChip thin-film rechargeable batteries and the EnerChip CC with Integrated Battery Management capabilities. The Cymbet EnerChip CC EVAL-05 Evaluation Kit includes two EnerChip CC devices, the CBC3112 and a CBC3150, with battery capacities of 12 µAh and 50 µAh, respectively. This Cymbet evaluation kit can either be used to demonstrated one of the batteries, one of the EnerChip CC devices or one of the EnerChip CC devices in parallel with an EnerChip thin-film battery. The Cymbet EnerChip CC EVAL-05 Evaluation Kit
charges itself with a controlled voltage using an internal charge pump
that operates from 2.5V to 5.5V. When the primary power supply dips
below a user-defined threshold voltage, the EnerChip CC will signal
this event and route the battery voltage to Vout. The EnerChip CC also
has battery protection circuitry to enable thousands of recharge cycles.
The Texas Instruments eZ430-RF2500-SEH Development Tool featuring the Cymbet CBC-EVAL-08 EnerChip™ EH Solar Energy Harvesting Evaluation Kit helps designers create a perpetually powered wireless sensor network based on the ultra-low-power MSP430™ microcontroller (MCU). The eZ430-RF2500-SEH Solar Energy Harvesting kit includes a solar panel energy transducer that receives its storage and starting power from Cymbet EnerChip thin-film batteries. The module's high efficiency solar
panel is optimized for operating indoors under low-intensity fluorescent
lights that provide enough power to run a wireless sensor application. This TI development kit has inputs for external energy harvesters and stores additional energy in the pair of EnerChips. The eZ430-RF2500 is used to run the energy harvesting application and is a complete USB-based MSP430 wireless development tool. The TI kit includes a debugging interface that allows for real-time, in-system debugging and programming for the MSP430 and is also the interface to transfer data to a PC from a wireless system.