Automated spectral response and mapping
SCS1000 Automated Quantum Efficiency System
SCS1000 is an integrated quantum efficiency platform with software-controlled measurement modes, reference-detector switching and spot selection. Measures spectral response, EQE and IQE with optional reflectance, transmittance and mapping functions.
- < 1 mm
- Minimum spot
- Automated switching
- Operation
- AC / DC
- Acquisition options
- 800 × 900 × 1400 mm
- Dimensions
Overview
About the SCS1000
SCS1000 combines illumination, sample handling and acquisition in a mobile enclosure. Software switches AC/DC modes, reference detectors, spot sizes and optical paths, reducing manual changes between measurements.
Reference detectors and acquisition modules define the working wavelength and signal ranges. Select the sample fixture for cell size, electrode layout and environmental requirements.
Features
- Reflective optics and camera-assisted positioning
- Spectral responsivity, EQE, IQE, IPCE and integrated Jsc
- QE, reflectance and light-beam-induced-current mapping options
Applications
- Single-junction and tandem photovoltaic devices
- Silicon, organic, polymer and perovskite cells
- Automated research and production quality measurements
Technical data
Specifications & Configuration
| Dimensions | 800 × 900 × 1400 mm |
|---|---|
| Minimum spot diameter | < 1 mm |
| Optical sources | Stabilised xenon and tungsten-halogen configurations |
| Reference-detector options | Si: 300–1100 nm or 200–1100 nm; InGaAs: 900–1700 nm or 900–2500 nm |
| Automation | AC/DC mode, reference detector, spot size, optical path, chopping frequency and wavelength |
| Sample handling | Select the fixture to match sample and electrode geometry |
Download the datasheet
Measurements, specifications and configuration options.
Related Photoelectric Systems
Solar-cell EQE, IQE and IPCE
SCS600
SCS600 measures spectral response and quantum efficiency with reflective optics, camera-assisted alignment and AC/DC acquisition. Xenon, tungsten-halogen and dual-source configurations support different wavelength ranges.
- Published measurement range
- 250–1700 nm
- Dual-source option
- To 2500 nm
- Minimum spot
- ≤ 1 mm
Large-area photocurrent mapping
SCS800
SCS800 uses galvanometer-scanned laser excitation to map photocurrent and photovoltage across solar cells and photoelectric materials. Field options up to 300 × 300 mm support spatial uniformity studies and defect localisation.
- Largest scan field
- 300 × 300 mm
- Specified resolution
- < 100 µm
- Standard laser
- 532 nm
Detector spectral responsivity
DSR600
DSR600 automates spectral responsivity and quantum efficiency characterisation for UV, visible and near-infrared detectors. Configurations cover 200–2500 nm and support photovoltaic devices, bias-dependent I–V and tandem-cell EQE measurements.
- Configured coverage
- 200–2500 nm
- Primary measurements
- SR & QE
- Electrical tests
- Light / dark I–V
Configure the SCS1000 for your experiment
Tell us your sample size, wavelength range and measurement requirements for a configuration and quotation.
Request a Quote