No electrical connection between source and load — natural fit for high voltage.
Light is unaffected by electromagnetic fields, unlike copper.
Suited to corrosive, explosive and cleanroom environments.
Low fiber loss keeps remote supply stable.
Converts electrical power into 808 nm light.
SMA905 interface, 40–400 μm core options.
Converts monochromatic light directly into electricity.
Powers sensors, monitoring and communication nodes.
| Parameter | Value |
|---|---|
| Input spectrum | 800–840 nm (typical 808 nm) |
| Optical in → electrical out | 10 W → 5.40 W｜20 W → 10.79 W｜30 W → 15.92 W |
| Voltage at MPP | 6.05 V (10/20 W)｜5.91 V (30 W) |
| Current at MPP | 0.893 A｜1.784 A｜2.693 A |
| Conversion efficiency | About 53–54% |
| Optical interface | SMA905 / multimode fiber, NA 0.17–0.22 (typ. 0.22) |
| Reference fiber core | 40–400 μm |
| Operating case temperature | −40 to +85 °C |
| Temperature sensing | 10 kΩ NTC, B = 3930 K |
| Electrical connection | Six-pin pluggable interface |
| Maximum optical input | 30 W with adequate heat sinking |
| Parameter | Value |
|---|---|
| Center wavelength | 803–813 nm (typical 808 nm) |
| Optical output power | 20 W typical |
| Threshold current / voltage | 1.3 A / 3.4 V |
| Operating current | 12 A (max 14 A) |
| Fiber | 200 μm, NA 0.22, SMA905 output |
| Cooling / operating temp | Conduction / 15–35 °C |
Isolated power for sensing, measurement and monitoring nodes in utilities.
Optical delivery removes conductive-path electromagnetic coupling.
Where metal wiring is unsuitable.
Where cable weight, EMI and power isolation matter.
