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SUMMARY: This guide explains how to connect a PV cell or RF source to power up the ATM33e Wireless SoC Series Evaluation Board (EVB), and evaluate the harvesting performance.
Read MorePart of ATMEVK-3325-QK-5×5-V3_1_20230331.zip Part of ATMEVK-3325-QK-5×5-V3-20230317.zip Part of ATMEVK-3325-QK-5×5-V1-20230310.zip
Read MoreATMEVK-3325-QK-5×5-V3_1-20230331.zip ATMEVK-3325-QK-5×5-V3-20230317.zip ATMEVK-3325-QK-5×5-V1-20230310.zip
Read MoreSUMMARY: Atmosic SoC devices combine extremely low power consumption with direct use of harvested energy to create superior energy harvesting solutions. Using the example of an energy-harvested photovoltaic remote control, this white paper shows how an Atmosic-based solution modeled over 24-hour daily usage period stores excess harvested energy compared with a net daily energy deficient for our competitor’s solution under the same lighting conditions and remote usage.
Read MoreSUMMARY: Full design documents for the ATM2221/ATM3221.
Read MoreSUMMARY: Schematic documents for the ATM2221/ATM3221.
Read MoreSUMMARY: Full design documents for the ATM2251 Module Carrier Board.
Read MoreSUMMARY: Schematic documents for the ATM2251 Module Carrier Board.
Read MoreSUMMARY: Schematic documents for the ATM2251 Module.
Read MoreSUMMARY: Full design documents for the ATM2251 Module.
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