e-peas SA Vibration Energy Harvesting Management Circuit AEM30940 Evaluation Board

Description
Evaluation board (79 x 46 mm) includes the AEM30940 QFN28, its 7 passive components and jumpers used to easily configure the AEM. A diode bridge is available if the source is an AC input signal. Jumpers are used to define the MPPT ratio recommended for the harvester and the protection levels recommended for the storage element. Additional jumpers and resistors footprints are available for additional features. See the online configuration tool for further support.Screw connectors allow the user to connect simply and quickly the load to the HVOUT/LVOUT LDOs output voltages, the rechargeable storage element, the primary battery if used and the input signal (DC or AC). Support is provided in the Quick Start Guide and more technical details are provided in the User Guide.
Description
Evaluation board (79 x 46 mm) includes the AEM30940 QFN28, its 7 passive components and jumpers used to easily configure the AEM. A diode bridge is available if the source is an AC input signal. Jumpers are used to define the MPPT ratio recommended for the harvester and the protection levels recommended for the storage element. Additional jumpers and resistors footprints are available for additional features. See the online configuration tool for further support.Screw connectors allow the user to connect simply and quickly the load to the HVOUT/LVOUT LDOs output voltages, the rechargeable storage element, the primary battery if used and the input signal (DC or AC). Support is provided in the Quick Start Guide and more technical details are provided in the User Guide.

Suppliers

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Vibration Energy Harvesting Management Circuit - AEM30940 Evaluation Board - e-peas SA
Mont-Saint-Guibert, Belgium
Vibration Energy Harvesting Management Circuit
AEM30940 Evaluation Board
Vibration Energy Harvesting Management Circuit AEM30940 Evaluation Board
Evaluation board (79 x 46 mm) includes the AEM30940 QFN28, its 7 passive components and jumpers used to easily configure the AEM. A diode bridge is available if the source is an AC input signal. Jumpers are used to define the MPPT ratio recommended for the harvester and the protection levels recommended for the storage element. Additional jumpers and resistors footprints are available for additional features. See the online configuration tool for further support.Screw connectors allow the user to connect simply and quickly the load to the HVOUT/LVOUT LDOs output voltages, the rechargeable storage element, the primary battery if used and the input signal (DC or AC). Support is provided in the Quick Start Guide and more technical details are provided in the User Guide.

Evaluation board (79 x 46 mm) includes the AEM30940 QFN28, its 7 passive components and jumpers used to easily configure the AEM. A diode bridge is available if the source is an AC input signal. Jumpers are used to define the MPPT ratio recommended for the harvester and the protection levels recommended for the storage element. Additional jumpers and resistors footprints are available for additional features. See the online configuration tool for further support.Screw connectors allow the user to connect simply and quickly the load to the HVOUT/LVOUT LDOs output voltages, the rechargeable storage element, the primary battery if used and the input signal (DC or AC). Support is provided in the Quick Start Guide and more technical details are provided in the User Guide.

Supplier's Site
RF Energy Harvesting Management Circuit - AEM30940 Evaluation Board - e-peas SA
Mont-Saint-Guibert, Belgium
RF Energy Harvesting Management Circuit
AEM30940 Evaluation Board
RF Energy Harvesting Management Circuit AEM30940 Evaluation Board
Evaluation board (79 x 46 mm) includes the AEM30940 QFN28, its 7 passive components and jumpers to easily configure the AEM. Matching network with RF rectifier are provided to directly handle the RF signal from an antenna. Jumpers are used to define the MPPT ratio recommended for the harvester and the protection levels recommended for the storage element. Additional jumpers and resistors footprints are available for additional features. See the online configuration tool for further support.Screw connectors allow the user to connect simply and quickly the load to the HVOUT/LVOUT LDOs output voltages, the rechargeable storage element and the primary battery if used. Two SMA connectors allow to easily connect a 50O impedance antenna as the harvester. Support is provided in the Quick Start Guide and more technical details are provided in the User Guide.

Evaluation board (79 x 46 mm) includes the AEM30940 QFN28, its 7 passive components and jumpers to easily configure the AEM. Matching network with RF rectifier are provided to directly handle the RF signal from an antenna. Jumpers are used to define the MPPT ratio recommended for the harvester and the protection levels recommended for the storage element. Additional jumpers and resistors footprints are available for additional features. See the online configuration tool for further support.Screw connectors allow the user to connect simply and quickly the load to the HVOUT/LVOUT LDOs output voltages, the rechargeable storage element and the primary battery if used. Two SMA connectors allow to easily connect a 50O impedance antenna as the harvester. Support is provided in the Quick Start Guide and more technical details are provided in the User Guide.

Supplier's Site

Technical Specifications

  e-peas SA
Product Category Supervisory Circuits and Battery Monitor Chips
Product Number AEM30940 Evaluation Board
Product Name Vibration Energy Harvesting Management Circuit
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