Solar cell 0.5 V/420 mA

LD 457310
Solar cell 0.5 V/420 mA
  4  Solar cell 0.5 V/420 mA

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This experiment/set up contains dangerous goods.
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Description

For conversion of light into electrical energy, to mount on main board BSK (457 100).

Technical data

  • Photosensitive area: 26 mm x 52 mm
  • Open-circuit voltage: 0.5 V
  • Short-circuit current: max. 420 mA
  • Connection: 4-mm sockets
  • Dimensions: 8.5 cm x 8.5 cm

Related Documents

PDF (students' version) PDF (students' version) EEK1.1.1.0 Solar cells
PDF (students' version) PDF (students' version) EEK1.1.1.1 Series and parallel connection of solar cells (qualitative)
PDF (students' version) PDF (students' version) EEK1.1.1.2 Series and parallel connection of solar cells (quantitative)
PDF (students' version) PDF (students' version) EEK1.1.1.3 Comparison between a solar cell and a solar module
PDF (students' version) PDF (students' version) EEK1.1.2.1 Voltage and current in a solar cell as a function of the surface area of the cell
PDF (students' version) PDF (students' version) EEK1.1.2.2 Voltage and current in a solar cell as a function of the angle of incidence of the light
PDF (students' version) PDF (students' version) EEK1.1.2.3 Voltage and current in a solar cell as a function of temperature
PDF (students' version) PDF (students' version) EEK1.1.2.4 Voltage and current in a solar cell as a function of light intensity
PDF (students' version) PDF (students' version) EEK1.1.3.1 Shading of solar cells in a series circuit
PDF (students' version) PDF (students' version) EEK1.1.3.2 Shading of solar cells in a parallel circuit
PDF (students' version) PDF (students' version) EEK1.1.4.1 Diode-like properties of a solar cell
PDF (students' version) PDF (students' version) EEK1.1.5.1 Characterisitics of a solar cell
PDF (students' version) PDF (students' version) EEK1.1.5.2 Characterisitics of a solar cell under different lighting conditions
PDF (teacher's version) PDF (teacher's version) EEK1.1.1.0 Solar cells
PDF (teacher's version) PDF (teacher's version) EEK1.1.1.1 Series and parallel connection of solar cells (qualitative)
PDF (teacher's version) PDF (teacher's version) EEK1.1.1.2 Series and parallel connection of solar cells (quantitative)
PDF (teacher's version) PDF (teacher's version) EEK1.1.1.3 Comparison between a solar cell and a solar module
PDF (teacher's version) PDF (teacher's version) EEK1.1.2.1 Voltage and current in a solar cell as a function of the surface area of the cell
PDF (teacher's version) PDF (teacher's version) EEK1.1.2.2 Voltage and current in a solar cell as a function of the angle of incidence of the light
PDF (teacher's version) PDF (teacher's version) EEK1.1.2.3 Voltage and current in a solar cell as a function of temperature
PDF (teacher's version) PDF (teacher's version) EEK1.1.2.4 Voltage and current in a solar cell as a function of light intensity
PDF (teacher's version) PDF (teacher's version) EEK1.1.3.1 Shading of solar cells in a series circuit
PDF (teacher's version) PDF (teacher's version) EEK1.1.3.2 Shading of solar cells in a parallel circuit
PDF (teacher's version) PDF (teacher's version) EEK1.1.4.1 Diode-like properties of a solar cell
PDF (teacher's version) PDF (teacher's version) EEK1.1.5.1 Characterisitics of a solar cell
PDF (teacher's version) PDF (teacher's version) EEK1.1.5.2 Characterisitics of a solar cell under different lighting conditions
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