Let’s assume you develop a battery-powered loT wireless device that
operates under light sources: sun,
light, bulb, tube, etc.
You (or you customers) need to re-place the batteries of these devices, because they run out of energy. This generates operational costs and a negative impact on environment
Depending on the lightning conditions (low-light indoor conditions to sunny outdoor conditions), PV cells can generate from 10 µW to 10 mW per cm² , most likely enough to power your device
When properly selected (material and topology) and sized (illuminated area), a PV cell combined with our state-of-the-art solar energy harvesting AEMs will recharge the batteries of your loT application from ambient light. Using e-peas’ solar energy harvesting, you will avoid typical operating associated with battery replacement. By using e-peas’ Ambient Energy Manager, you will avoid battery replacement and enable more features to your devices
| Vin | Cold-start | Pin | Pout | MPPT | Package | Disp. |
|
AEM10300 >>
|
100 mV to 4.5 V
|
3 μW @ 275 mV
|
3 μW to 570mW
|
N/A
|
Yes
|
QFN28 4 x 4 mm
|
|
|
AEM10330 >>
|
100 mV to 4.5 V
|
3 μW @ 275 mV
|
3 μW to 570mW
|
30mA in low power mode, 60 mA in high power mode – Selectable load voltage from 1.2V to 3.3V
|
Yes
|
QFN40 5 x 5 mm
|
|
|
AEM10941 >>
|
50 mV to 5 V
|
3 μW @ 380 mV
|
3 μW to 550 mW
|
20 mA @ 1.2/1.8 V and 80 mA @ 1.8-4.1 V
|
Yes
|
QFN28 5 x 5 mm
|
|
|
AEM10900 >>
|
115 mV to 1.5 V
|
5 μW @ 250 mV
|
Min: 5 μW
|
N/A
|
Yes
|
WLCSP 16 balls – 2 x 2 mm QFN28 4 x 4 mm
|
|
Best performing Ambient Energy Manager IC AEM10941 enabling your devices to get supplied from an indoor or outdoor light. Dedicated support to help you define the required solar cell area and the storage element size
