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2017年12月の記事は以下のとおりです。

Solar Simulator PEC-L01

Overviews

nThe weight is 8kg.
nPower supply and lamp housing are in the one body.
nIllumination head is freely rotatable in 360 degree.
nNormal 50 mm x 50 mm optical filters can be equipped in the illumination head.

 

nTouch panel remote controller operates a solar simulator.

Spec

 

     Simulator Class

     Class AAA

    

     Uniformity

     ?2 %

     Lamp Type

     Xenon

   

     Temporal Instability

?2 %

     Lamp Wattage

     150 W

 

     Working distance

1    30 mm

     Output Beam Size

     40  x 40 mm2

 

     Beam Direction

     Rotate in 360°

     Beam Divergence, Half Angle 

     <±8°

 

     Power Requirements

      AC 90-120 V
or AC 180-240 V

     Typical Output power

      100 mW/cm2
 (1 sun)

 

      Main unit size

     W140 x D350 x H250 mm

     Spectral Match Classification

     JIS C8933
JIS C8912
Class A

 

     Weight 

      8 kg

     (Unit body including power supply)

 

20171203234043.jpg

Solar Simulator PEC-L15

Overviews

nThe weight is 16kg.
n150 x 150 mm2 illumination area can be achieved by a 700 W Xenon lamp.
nPower supply and lamp housing are in the one body.
nIllumination head is rotatable in 360 degree.
nNormal 50 mm x 50 mm optical filters can be equipped in the illumination head.
nTouch panel remote controller operates a solar simulator.

Spec

  

      Simulator Class

      Class AAA

 

      Uniformity  

      ?2 %

      Lamp Type

       Xenon

 

     Temporal Instability

 ?2 %

      Lamp Wattage

       700 W

 

      Working distance

      390 mm

     Output Beam Size

       150  x 150 mm2

 

      Beam Direction

      Rotate by 90o

       Beam Divergence, Half Angle

      <±8°

 

     Power    Requirements

     AC 90-120 V
or AC 180-240 V

     Typical Output power

       100 mW/cm2
 ( 1 sun)

 

      Size

      W245 x D460 x H360 mm

     Spectral Match Classification

     JIS C8933
JIS C8912
Class A

 

      Weight   

      16 kg

     (Unit body including power supply)

 

 

 

 

 

 

 

20171203231911.jpg

20171203231912.jpg20171203231913.jpg

Irradiance

Area

Distance

2.5 sun

10 x 10 cm2

10 cm

2.0 sun

12.5 x 12.5 cm2

25 cm

1.5 sun

14.5 x 14.5 cm2

32 cm

1.0 sun

17 x 17 cm2

40 cm

20171203231914.jpg

 

IPCE PEC-S02 小型IPCE測定装置

Compact and Small Foot Print IPCE System with Easy Operation

nPEC-S02 IPCE measurement system is developed as a simplified IPCE system based on PEC-S20.
nKeithley 2400 or 2401 sourcemeter are connected with GPIB.
nOptical shutter is manual control (it is different from PEC-S20 system)
nThis is simple IPCE measurement system.

 

nIt is used in stand alone equipment as a monochromatic light source, for photochecmical reactions, photocatalysts researches and etc.
 

20171202112446.jpg

 

 

Specifications
Size:   W290 x D375 x H390

Measurement wavelength:   300 nm to 1100 nm
Irradiance:   1
mW at 480 nm, DC measurement
Shutter:    Manual
Filter:  Auto change

Optical fiber :  3 mm Φ 1 m in length
Reference Si cell:  S1337-1010BQBQ
Software:  PEC-
ProS (Designed for PEC-S02)
Wavelength scan:  Step scan

 

      Windows 7 (32 bit PC) and Keithley 2400/2401 and GPIB-USB (National instruments) are required (in 2017 Dec).

Specifications here would be changed depending on development of the system.
 

Features

nFrom IPCE spectrum, Jsc under 1 sun irradiation is calculated and shown
20171202112508.jpg
 
nOptical fiber can irradiate easily sample
20171202112520.jpg
 

Setup

nPEC-S02 is recommended for researchers who already use PEC-L01 and PEC-IV2 IV measurement system.

20171202112535.jpg

 

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