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Home > Optical Instruments > IV Measurement System
IV Measurement System

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Precise measurement for any types of solar cells
- 1 click easy, speedy operation gives
you all results at once
- High precision, but reasonable price
as a combination of compact components
- All units can be integrated by 1 remote PC
- Measurement interval step is controllable
PDF brochure
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Example of system construction
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- Short-circuit current : Isc (mA)
- Open voltage : Voc (V)
- Maximum wattage : Pmax (mW)
- Voltage at max wattage : Vmax (V)
- Current at max wattage : Imax (mA)
- Fill factor : FF
- Series resistance : Rs (Ω)
- Parallel resistance : Rsh (Ω)
- Current of specified voltage : Iv (mA)
- Voltage of specified current : Vi (V)
- Light detecting area : (cm² )
- Conversion efficiency : η(%)
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Measurement can be controlled from our original software. All measured data can be saved as CSV file, so that you can easily edit the measured data.
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1 sun checker is used for checking the light intensity (1sun) of Asahi Solar Simulator.
more information
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Selection of Solar Illuminators
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Full function type HAL-320
This model is our standard solar simulator, which achieves all class A in three major specifications defined by IEC60904-9.
more information
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Spectral Range
Uniformity
1 Sun Area
Lamp type
Intensity adjustment
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:: 350 - 1100nm
: Class A
: 60 x 60mm
: Xenon lamp 300W
: 100 - 30 (T)
Continuously variable |
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Entry type LAX-C100 (Solar Ver.)
This model is a simple type of solar simulator. This consists of 100W Xenon lamp and Airmass filter 1.5G
more information
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Spectral Range
Uniformity
1 Sun Area
Lamp type
Intensity adjustment
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:: 400 - 1100nm
: Class C
: 30 x 30mm
: Xenon lamp 100W
: 100 - 5 (T)
Variable slit |
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