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CBC-EVAL-10 Datasheet(PDF) 1 Page - Cymbet Corporation |
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CBC-EVAL-10 Datasheet(HTML) 1 Page - Cymbet Corporation |
1 / 15 page ©2011 Cymbet Corporation • Tel: +1-763-633-1780 • www.cymbet.com DS-72-20 Rev A Page 1 of 15 CBC-EVAL-10 System Features and Overview CBC-EVAL-10 is a demonstration kit that provides designers a platform to easily develop Energy Harvesting (EH) solutions using the EnerChip CBC3150TM configured to operate in an energy harvesting mode. The kit combines a small solar panel, power management circuit, energy storage, regulated output voltage, and input/output pins for connection to commercially available microcontroller (MCU) and radio boards. A 16-pin CBC51100 module is included, providing the EH functions, battery management, and 100µAh solid state rechargeable energy storage. CBC-EVAL-10 is a practical, low cost realization of an EH-based power system that can provide many years of service without need of battery maintenance. CBC-EVAL-10 has the following elements: Energy harvesting circuitry that matches the • impedance of photovoltaic cells to ensure maximum power transfer to system load and on- board energy storage devices Solid state energy storage with thousands of • charge-discharge cycles available Integrated battery management that controls • battery charging and discharge cutoff, ensuring maximum service life of on-board storage cells Provision for additional energy storage (primary • or rechargeable batteries) with switchover control circuit to meet application requirements Regulated output voltage with user-configurable • voltage settings Input/output headers for connection to system • components such as radios and microcontrollers The photovoltaic (PV) panel included in the CBC- EVAL-10 converts ambient light energy into electrical energy, which is fed into the CBC3150 device residing on the CBC51100 module. The CBC3150 performs several important functions: Decouples the load impedance from the PV cell • impedance to ensure maximum power conversion efficiency from the PV transducer to the energy storage and system load. Controls charge voltage and discharge cutoff • circuit for maximizing the service life of the EnerChip solid state batteries within the CBC3150 and auxiliary CBC050 energy storage device on the CBC51100 module. Manages internal circuitry for switching from PV • power to EnerChip (or external battery) power when ambient light level is too low to power the system and/or recharge the energy storage devices. CBC-EVAL-10 is shown in Figure 1, including the 16- pin CBC51100 EnerChip EH module and the PV cells attached to the board via a 2-wire cable assembly. A block diagram of CBC-EVAL-10 is shown in Figure 2. Figure 1: CBC-EVAL-10 Demo Kit. EnerChip™ CC Energy Harvester Evaluation Kit Figure 2: EnerChip CBC-EVAL-10 Demo Kit block diagram. The functions in the center block are performed by the EnerChip CBC51100 module. Photovoltaic Cells Input Power Tracking Battery Management Power Management Energy Storage Output Voltage Regulation I/O Control External Battery and Control (Optional) |
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