Photovoltaic
Harvesting energy from various light sources: sun, bulbs, natural indoor light, etc.
Thermal
Harvesting energy from various thermal sources: waste heat, human heat, motor, etc.
Vibration
Harvesting energy from various vibration sources: motors, railroads, cattle, etc.
RF
Harvesting energy from various RF sources: wi-fi, GSM900, 3G, etc.
How does it work?
e-peas energy harvesting solutions allow to harvest more energy from environment and consume a factor less energy in the devices. This allows you to slash your system maintenance costs and lower your carbon footprint while delivering uncompromised performances and robustness.
You want to integrate our solution into your wireless device to make its battery live forever
First, identify from which energy source your device will be charged from : photovoltaic, thermal, vibration or RF
Select our power Management Integrated Circuits (PMIC) as per your chosen energy source
Order an evaluation board for the chosen PMIC and contact us fo an advice on an external harvester
Test our PMIC by connecting your external energy harvester and your device to the evaluation board. Read the application note here
Happy with the results ? Order the solution and go into the production of a new version of your ever-lasting device
Benefits of our energy harvesting solutions
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Top energy conversion efficiency
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The fastest supercapacitor charge
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The lowest cold-start power
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The smallest footprint
What applications our solutions are suitable for?
If you’re designing wireless sensors we have what you need to get rid of battery replacement and their associated costs by harvesting ambient energy from photovoltaic, vibration, thermal and RF sources
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Home automation
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Industry
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Smart metering
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Retail
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E-Health
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Mobility
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Security
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Society and wearables
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Smart agriculture
Our energy harvesting PMICs
| Ref. | Vin | Cold-start | Pin | Pout | MPPT | Package | Disp. |
|---|---|---|---|---|---|---|---|
| Photovoltaic | |||||||
| AEM10940 | 0.1V to 2.5V | 380mV 3µW |
3µW to 32.5mW | 10mA@1.8V 80mA@2.2-4.2V |
Yes | QFN24 5x5mm |
notrecommended |
| AEM10941 | 50mV to 5V | 380mV 3μW |
3μW to 400mW | 20mA@1.8V 80mA@1.8-4.1V |
Yes | QFN28 5x5mm |
available |
| Thermal | |||||||
| AEM20940 | 50mV to 5V | 60mV 150μW |
3μW to 400mW | 20mA@1.2-1.8V 80mA@1.8-2.5-3.3V |
Yes | QFN28 5x5mm |
available |
| AEM30940 | 50mV to 5V | 380mV 3μW |
1μW to 625mW | 10mA@1.8V 80mA@2.2-4.2V |
Yes | QFN28 5x5mm |
engineering |
| Vibration | |||||||
| AEM30940 | 50mV to 5V | 380mV 3μW |
3µW to 400mW | 20mA@1.8V 80mA@1.8-4.1V |
Yes | QFN28 5x5mm |
available |
| RF | |||||||
| AEM40940 | 50mV to 2.5V | -19.5dBm | -19.5dBm to 10dBm | 20mA@1.8V 80mA@1.8-3.3V |
Yes | QFN28 5x5mm |
available |
| AEM30940 | 50mV to 5V | -18.5dBm | -18.5dBm to 10dBm | 20mA@1.8V 80mA@1.8-4.1V |
Yes | QFN28 5x5mm |
available |
- Available
- Not available
- Engineering samples
- Not recommended for new design