Technology

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( We are constantly updating)

Core Technology

Software Recipe

Electrical Source

DC

Step

Ramp

Pulse

AC

Arbitrary

Waveform

Pattern

Electrical Measurement

Voltage

Voltage(KV)

Current

Current(pA)

Resistance

Impedance

Trigger

Bias Canceling

Phase Lock-In

Light Sourece Design

Lamp

Laser

LED

Light Modulation

Light Feedback

Optical Measurement

Light Intensity

Color

Spectrum

Imaging

Experimental Technique

Efficiency

I-V

C-V

Time Constant

FRA

TRA

Cycle

Lifetime

Temperature Dependence

Angle Dependence

Angle Uniformity

Test Hardware & Environment

Multi Channel

Test Jig

Temperature Control

High Temperature

Low Temperature

Automation

Wireless

Test Software & Analysis

User Interface

Sequence Builder

Metadata

Big Data

Numerical Analysis

Statistical Analysis

Machine Learning

Lamp

Light Source Design

항목

내용

핵심기술 개요

여러가지 Lamp 종류(Xenon Lamp, Metal Halide Lamp, Plasma Lamp, Xenon Flash Lamp, LED 등)을 사용하여 국제 표준 규격인 IEC 60904-9 기준에 의거하고 태양광 스펙트럼과 유사한 솔라 시뮬레이터를 개발하고 제작하는 기술

핵심기술 항목

  • 전산모사 시뮬레이션을 이용한 광학 설계 기술
  • 램프에 따른 태양광 스펙트럼과 유사한 Band-pass Filter 설계 기술
  • 광 범위 면적의 조사 균일도 확보 기술
  • 램프 전원공급장치 제어 기술
  • 광학 설계 기술을 기반으로 한 차별화된 디자인 설계 및 제작 기술

핵심기술 내용

(Example)

여러가지 Lamp 종류(Xenon Lamp, Metal Halide Lamp, Plasma Lamp, Xenon Flash Lamp, LED 등)을 사용하여 국제 표준 규격인 IEC 60904-9 기준에 의거하고 태양광 스펙트럼과 유사한 솔라 시뮬레이터를 개발하고 제작하는 기술

Lamp

Light Source Design

Item

Description

Name

Solar Simulator Designing Technology / SimuLight

Outline

Solar simulator technology designed to provide illumination approximating natural sunlight in accordance with IEC 60904-9

Category

  • AM0 / AM1.5G Filter design.
  • Uniform illuminating light source design technology.
  • Solar Simulator design with Xenon, Xenon Flash, Metal Halide, Plasma, LED light source.
  • Illumination stabilization based on lighting feedback.
  • Computer simulation-based differentiated Solar Simulator design.

Details(Example)

AM Filter by Lamp Type

Optical Design based on  Computer Simulation

Uniform Illumination Area Technology

(Illumination Area: 20x20mm~1400x2000mm)

SpectroRadiometer Designing Technology

LUMO

Optical Measurement

Item

Description

Name

SpectroRadiometer Designing Technology / LUMO

Outline

Measure of Luminance and Chromaticity emitted in certain viewing angle from a light

source with using high quality CCD sensor

Category

  • Compact design
  • Accurate aperture fabrication
  • View Finder integration and visual image displaying technology
  • ND Filter & Dark Shutter designing and driving technology
  • Correction and calibration technology  

Details(Example)

LUMO M20 SpectroRadiometer

Main UI of LUMO M20 SW and Aperture Image

Product Comparison

Color

Optical Measurement

Item

Description

Name

Color and Luminance Meter Designing Technology / HEXA

Outline

Measurement of luminance and color difference by using tristimulus XYZ color sensor with spectral responsivity similar to human eyes recognizing colors

Category

  • Luminance measurement technology using optical filter
  • Luminance/Color Meter using tristimulus XYZ
  • Large area Luminance and color distribution measurement device using 2D CCD camera
  • Hybrid Type of Luminance and color distribution measurement device design
  • Calibration or correction technology of luminance/Color Meter

Details(Example)

Tristimulus XYZ Spectral Responsivity Plot

Hybrid Luminance and Color Designing Technology

Hybrid Luminance and Color Designing Technology

Spectrometer Designing Technology

LUMO

Optical Measurement

Item

Description

Name

Spectrometer Designing Technology / LUMO

Outline

Measure of Spectrum emitted from a light source with using high quality CCD sensor and diffraction grating optics

Category

  • Compact design
  • High stability by using TE Cooled CCD
  • Correction and calibration technology

Details(Example)

Wavelength Calibration

Irradiance Calibration

Computer Simulator Optical Design