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Optics Experiment Apparatus
LEOI-18 Fabry-Perot Interferometer
LEOI-20 Michelson Interferometer
LEOI-21 Michelson & F-P Interferometer
LEOI-22 Precision Interferometer
LEOI-24 Measurement of Speed of Light
LEOI-26 Electronic Speckle Interferometry
LEOI-26A Laser Speckle Photography
LEOI-26B Electronic & Laser Speckle
LEOI-27 Fringe Projection Profilometry
LEOI-30 Diffraction Intensity
LEOI-30A Automatic Diffraction Intensity
LEOI-31 Single-Wire/Single-Slit Diffraction
LEOI-32 Crystal Magneto-Optic Effect
LEOI-33 Crystal Acousto-Optic Effect
LEOI-34 Crystal Electro-Optic Modulation
LEOI-35 Liquid Crystal Electro-Optic Effect
LEOI-36 Silicon Photocell Characterization
LEOI-38 PZT Characterization
LEOI-40 Polarized Light Experiments
LEOI-40A Polarized Light Experiments
LEOI-41 Effect of Optical Activity
LEOI-44 Ellipsometer
LEOI-45 Optical Transfer Function
LEOI-46 Cont. Optical Transfer Function
LEOI-47 Joint Fourier Transform
LEOI-50 Semiconductor Laser Pumping
LEOI-51 He-Ne Laser Mode Analyzer
LEOI-53 He-Ne Laser Serial Experiments
LEOI-58 Semiconductor Laser Experiment
LEOI-63 Blackbody Experiment
LEOI-70 Colorimetry Experiment
 
Schematic of Silicon Photocell
Schematic of Silicon photocell
 
      
LEOI-36

Experimental System for Silicon Photocell Characterization

     
Silicon Photocell Characterization Experimental Apparatus
    
   
Features   
Easy operation
Multi-parameter measurement
Including brightness adjustable Tungsten lamp with power supply
          
Introduction  

This experimental system is designed to help understand the fundamental characteristics and primary parameters of a silicon photocell. Students are required to design and establish optical configurations to conduct various experiments so that their hands-on skills can be enhanced. This system can be used to measure and determine the following characteristics and parameters of a silicon photocell:

 

1. Optical power, open-circuit voltage, and short-circuit current
2. Conversion efficiency, fill factor, and internal resistance
3. V-I characteristic curve

 
V-I Characterization without Light Illumination Photocell Characterization under Light Illumination
V-I characterization without light illumination
Photocell characterization under light illumination
 
Specifications

Brightness Adjustable Tungsten Lamp

110/220 V, 75 W, Built-in Cooling Fan

Silicon Photocell

150 mm x 160 mm

Optical Power Meter

Calibrated Reading (3 Scale Factors)

      
Part List

Description

Qty

Brightness Adjustable Tungsten Lamp (LLC-18A)

1

Light Source Power Supply

1

Optical Rail (1 m) with Carrier

1 each

Silicon Photocell

1

Illuminometer

1

Measurement Unit (including power supplies of

DC bias, current and voltage meters; load

resistances, connection wires, etc.)

1

   
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