Fiber and free-space receivers selected around wavelength, incident light, electrical output and cooling.
Integrate optical input, conversion cells, heat transfer and electrical terminals.
For evaluation of electrically isolated power delivery using multimode fiber. The electrical interface depends on the selected package. A photovoltaic receiver is not a guaranteed regulated supply; confirm output and cooling for the model.
For evaluation of electrically isolated power delivery using multimode fiber. The electrical interface depends on the selected package. A photovoltaic receiver is not a guaranteed regulated supply; confirm output and cooling for the model. The 2.5 W receiver is available with a two-pad soldered output or a six-pin connector. The datasheet drawing illustrates the two-pad version. Confirm interface, pinout and dimensions for the ordered configuration; the versions are not assumed interchangeable.
Electrical parameters are typical maximum-power-point values at 808 nm and 25°C case temperature. Bottom heat sinking is required; this is not a regulated output.
Confirm input conditions, operating point, cooling, interfaces and delivery configuration during selection.
Each wavelength requires its own device configuration; one assembly does not cover every listed wavelength. Electrical output depends on incident light, beam distribution and temperature. Confirm voltage and packaging for the selected version.
Electrical data: case temperature 25 °C. Characteristic curves: laser wavelength 808 nm.
| Optical input | Electrical power at MPP | Voltage at MPP | Current at MPP |
|---|---|---|---|
| 10 W | 5.40 W | 6.05 V | 0.893 A |
| 20 W | 10.79 W | 6.05 V | 1.784 A |
| 30 W | 15.92 W | 5.91 V | 2.693 A |
30 W is the stated maximum optical input. Bottom heat sinking must keep the case within its temperature limits. Match fiber coupling, load and voltage regulation to the actual system.
English PDF · Specifications, dimensions and characteristic curves
Share the application, wavelength or input supply, optical/electrical requirements, receiving area or load, cooling and quantity. Unknown inputs may remain open for technical review.
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