1.0V Solar Cell Module, 250mA Isc, 2 Cells, 62 x 46mm x 2mm Resin-Laminated PCB for Educational Projects
1.0V Solar Cell Module, 250mA Isc, 2 Cells, 62 x 46mm x 2mm Resin-Laminated PCB for Educational Projects
1.0V Solar Cell Module, 250mA Isc, 2 Cells, 62 x 46mm x 2mm Resin-Laminated PCB for Educational Projects
  • Load image into Gallery viewer, 1.0V Solar Cell Module, 250mA Isc, 2 Cells, 62 x 46mm x 2mm Resin-Laminated PCB for Educational Projects
  • Load image into Gallery viewer, 1.0V Solar Cell Module, 250mA Isc, 2 Cells, 62 x 46mm x 2mm Resin-Laminated PCB for Educational Projects
  • Load image into Gallery viewer, 1.0V Solar Cell Module, 250mA Isc, 2 Cells, 62 x 46mm x 2mm Resin-Laminated PCB for Educational Projects

1.0V Solar Cell Module, 250mA Isc, 2 Cells, 62 x 46mm x 2mm Resin-Laminated PCB for Educational Projects

08SLC03
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$12.94
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This is a 1.0V open-circuit, 250mA short-circuit-current solar cell module measuring 62 x 46mm and 2mm thick. It contains 2 cells laminated in resin on a PC board for moisture protection. It is designed for educational kits and projects, and several modules can be wired in series or parallel to raise voltage or current.

Key Features

  • Open-circuit voltage: 1.0V
  • Typical short-circuit current: 250mA
  • 2 cells per module
  • Compact 62 x 46mm footprint, 2mm thick
  • Resin-laminated on a PC board for moisture protection
  • Can be connected in series or parallel

Specifications

Voltage (Voc) 1.0V
Current Isc (typical) 250mA
Size 62 x 46mm
Thickness 2mm
Cells per module 2
Construction Resin laminated on PC board
SKU 08SLC03

What's Included

  • 1 x 1.0V solar cell module

Ideal For

Students, science fair projects and hobbyists adding a small solar source to a circuit.

Frequently Asked Questions

What do Voc and Isc mean?
Voc (open-circuit voltage) is the voltage the cell produces with nothing connected; Isc (short-circuit current) is the most current it can deliver in strong light. Under a real load both values are lower.

How do I get more voltage or current?
Wire identical cells in series to add their voltages, or in parallel to add their currents. The listing confirms these cells can be connected either way.