SETFOS Software

FLUXIM

setfos software

SETFOS Software (Semiconductor optoelectronics device simulation tool)

SETFOS is a Swiss made Software developed by FLUXiM AG for modelling & Simulation of Light Emitting Diodes (QD-LED, O-LED, Perovskite-LED) & Photovoltaic devices (Perovskites, Tandem, Thin Film, Organic) to calculate electrical, optical & emissive properties of semiconductor device.

Study of Physical Models for Solar Cell & OLED Device Modelling

  • Charge transport & recombination, ionization.
  • Exciton physics: decay, diffusion, transfer, Saturation.
  • Transport model: SRH, Trap/trap recombination.
  • Mobility models: Poole Frenkel, EGDM/ECDM, constant.
  • Steady-state, transient, AC, DC modelling.
  • Quenching: Exciton polaron quenching, trapped electron & holes
  • Mean wavelength, Full spectral, Fast spectral.
  • Emitter Setting: Lifetime, Emission intensity, Luminescence.
  • Emission Mode: Spectral, Dissipation power analysis, Mode analysis.
  • Doping model: (Accepter & donor doping concentration)
  • Ionic charge model (Anion & Cation model) with Hysteresis.
  • Impact ionization model to simulate reverse-bias breakdown
  • Support for transient signals with mixed current/voltage source
  • Photodetector simulation options: Added AC transfer functions (responsitivity) to IMPS and IMVS results
  • MELS simulations extended to output VMELS (Voltage Modulated EL Spectroscopy) and CMELS (Current Modulated EL Spectroscopy)
  • Support for transient temperature simulations in combination with EGDM/ECDM mobility models
  • link the generation rate to s- or p-polarized components of absorption rate
  • Possibility to stop transient DD simulations and keep already computed data
  • Export timestep for transient simulations is now sweepable
  • Support for IMPS and IMVS simulations with optical coupling via excitons
  • Solvers made more robust for DD simulations with low charge carrier densities
  • Computation of solar-cell EQE in the AC domain (small-signal EQE)
  • Reduced ambiguity in Shockley-Queisser-analysis
  • Allow emission coupling to AC recombination


Beginner level video on Solar cell modeling and Simulation using Setfos Software

View Youtube Video

Organic Solar Cell Simulation using Setfos Software video

View Youtube Video

Perovskite Solar Cell Simulation using Setfos Software video

View Youtube Video

Tandem solar cell simulation using setfos Software

View Youtube Video

Beginner level OLED Modeling and Simulation using SETFOS Software

View Youtube Video

OLED Modeling and Simulation using Setfos Software

View Youtube Video


S.N SETFOS SOFTWARE SCAPS1D SOFTWARE
1 There is NO LIMITATION of Number of LAYERS Modelling in SETFOS S/W. SCAPS1D supports only UPTO 7 Layer.
2 SETFOS Support TRANSIENT Simulation. It does not SUPPORT TRANSIENT features.
3 All OPTICAL PROPERTIES can be calculated. Not possible to calculate optical properties.
4 Impact ionization model supported Impact ionization not supported in SCAPS1D
5 Supports Mobile IONS (Anion & Cation) model. Does not support IONS (ANION& CATION)
6 Support roughness /scattering parameters. Does not support roughness/scattering
7 It supports Solar Cell with OLED devices. It supports only Solar Cell (NOT OLED)
8 Algorithms is optimized ,Simulation VERY FAST SCAPS1D is Less Fast compare to SETFOS.
9 It supports WINDOWS, LINUX, MAC OS. It supports only Windows OS.
10 Material & Example libraries are huge. Materials libraries & examples is limited.
11 photodetector simulation to calculate responsivity is possible Photodetector is not possible to simulate
12 UPDATE REGULARLY It does not update regularly.
13 Realistic Sky spectrum for given geographic location & time. SCAPS1D does not support location & time dependent (geographic) spectrum model
14 Support parameters Sweeping & Optimization. Does not support Sweeping & Optimization.
15 Support 3D Master-Equation model for Excitons Not support 3D Master-Equation for Excitons
16 Support Impedance analysis & Hysteresis effect. Impedance analysis & Hysteresis is not support
17 It supports Quantum Dot with Phosphorescent dye simulation with nano particle effect. It does not support Quantum Dot with Phosphorescent dye with nano particle effect.
18 It supports effect medium approximation & analytical dispersion model. It does not have effect medium approximation & analytical dispersion model.
19 SETFOS Support Hopping model for Interface. SCAPS1D does not support hopping model.
20 It Support various mobility model like Constant, Field temperature dependent, Extended Correlated / Gaussian Disorder Model (ECDM/EGDM) SCAPS1D support only constant mobility model.
21 SETFOS can perform Small Signal Analysis (Impedance Spectroscopy analysis) SCAPS1D can not perform Small signal analysis.
22 Analytical dispersion models like Cauchy, Lorentz / Sellmeier, Effective medium approximation like Linear, Bruggeman, Maxwell Garnett etc. SCAPS1D does not support Analytical dispersion models & Effective medium approximation.
  • I–V Curves, Isc, Voc, Fill Factor, Power conversion efficiency (PCE)
  • Emission Intensity, CIE Color diagram, Emitted color, photocurrent
  • Radiance, Luminance, Emission intensity, Current efficiency.
  • Band Diagram, Potential, Electric Field, EQE, interface trap current
  • Charge density, Hole current, Mobility, charge density
  • Reflection, Transmittance, Absorptance, AC Current
  • Impedance, Capacitance, Conductance, Susceptance, mott-schottky
  • Responsivity, Nyquist plot, Radiative dipole density
  • Exciton rate, peak emission intensity, device current
  • Device Efficiency, EQE Lambertian, Generated Photon
  • Recombination, Absorption, Exciton and many more.


We’re Delivering the best customer Experience