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Standard Test Equipment for Solar Cell Quantum Efficiency Measurement
The ratio of incident photons to collected electrons in output current is calculated as external quantum efficiency of solar cell based on standard spectral response measurement. Optional instruments allows reflectance measurement and internal quantum efficiency measurement, and automatic positioning.
Spectral Response
Incident Photon to Current Efficiency
External Quantum Efficiency
Internal Quantum Efficiency
DC/AC/NIR Measurement
Automatic Scanning / Positioning
System Configuration
System Components
Light Source/Monochrometer
Intergrating Sphere/Lamp Power Supply
Chopper/Filter Wheel
Test Software
System Specification
| Model Name | K3100 Solar Cell Quantum Efficiency Test System |
| Mode | AC/DC |
| System Model | EQX : External Quantum Efficiency / IQX : Internal Quantum Efficiency / ATX : Surface Relectance / NIRX : NIR External & Internal Quantum Efficiency |
| Wavelength Range | EQX : 300nm ~ 1,100nm / NIRX : 300nm ~ 1,500nm |
| Optical Chopper | 1 ~ 99Hz(2blade) |
| System Configuration | Light Source (Xe Lamp), Lamp Power Supply, Monochrometer, Filter Wheel, Signal Amplifier, Chopper, Halogen Lamp, PC |
| Measurement | StartWave, ErdWave, StepWave, Number of Average, Delay (msec), IdpR, IdpS, I-Ref, I-Sample, Current (A), Frequency (Hz), Reflectance (%) |
| Dimension | Size (mm) : (W) 1,200mm x (D) 800mm x (H) 1,000mm, Weight (Kg) : <650Kg, Utility : 220V |
| Test Sample | Solar Cell, Electro Chemistry |
| Beam size | 1.2mm ~10mm |
OLED & Display | Solar Cell & Photovoltaics | Battery & Electrochemical System | Flexible Electronics & Organic Semiconductor | LED & Optical System
B-1102, Digital Empire Bldg. 1556-16 Deogyeong Blvd., Yeongtong, Suwon, 16690, Korea
(T) +82-31-303-5789 (F) +82-31-303-5787 (E) sales@mcscience.com (H) www.mcscience.com
