データシートサーチシステム |
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CBC-EVAL-05 データシート(PDF) 3 Page - Cymbet Corporation |
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CBC-EVAL-05 データシート(HTML) 3 Page - Cymbet Corporation |
3 / 6 page AN-1050: EnerChip™ EH with TI LaunchPad ©2011 Cymbet Corporation • Tel: +1-763-633-1780 • www.cymbet.com AN-72-1050 Rev A Page 3 of 6 CBC-EVAL-10 EnerChip CC Solar Energy Harvester 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 (shown in Figure 4) 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. Figure 3 illustrates the basic configuration of the EnerChip CC circuit as implemented on the CBC-EVAL-10 development module designed for evaluating the EnerChip CC devices in energy harvesting applications. The CBC-EVAL-10 data sheet is located here: http://www.cymbet.com/content/products-resource-docs.asp. The EVAL-10 is available at Avnet, Digi-Key and Mouser. Figure 4: CBC-EVAL-10 Demo Kit Connected to the LaunchPad. Photovoltaic Cells Input Power Tracking Battery Management Power Management Energy Storage Output Voltage Regulation I/O Control External Battery and Control (Optional) Connecting the CBC-EVAL-10 to the TI LaunchPad After connecting the TI LaunchPad to a PC via the USB cable, it must be disconnected before connecting the EVAL-10. The white cable included in the EVAL-10 kit is used to connect the two kits together (see Figure 4). The cable is placed over all five pins on EVAL-10 J9 and all three pins on the TI LaunchPad J6 connector. Ensure that pin 5 on the EVAL-10 connector is connected to VCC on the LaunchPad. Also, in order to avoid EH powering the entire TI LaunchPad board vs. just the MSP430 MCU, the LaunchPad J3 VCC and RST connector jumpers must be removed and set aside. These are to be restored for USB operation. Figure 3: Implementing Energy Harvesting with the EnerChip CC CBC3150 on the CBC-EVAL-10 Evaluation Kit. |
同様の部品番号 - CBC-EVAL-05 |
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同様の説明 - CBC-EVAL-05 |
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