trokut

    Please Submit Form & Get Pdf

    Download PDF
    PECT-600(FTPS) zoom

    Hover

    PECT-600(FTPS)
    Full Screen

    Pect-600(Ftps) Fourier Transform Photocurrent Testing System

    PECT-600 (FTPS) is the most sensitive photocurrent spectroscopy system. It is dedicated to probing tail states and charge transfer states of any kind of perovskite and organic solar cells, respectively. These spectral results facilitate analyzing loss of open circuit voltage (Voc) and enhance your scientific article quality for submitting to higher tier journals.

    In semiconductor devices, defects are usually caused by non-ideal crystallization. Defects result in defect states or trap states in the middle of forbidden bandgap and affect the whole opto-electrical properties of devices. The signal intensities of these states are extremely weak due to their low absorption coefficients. Hence, probing and characterizing systems must be highly sensitive.

    Being the most sensitive photocurrent spectrometer, PECT-600 is developed to probe ultra-low intensity absorption signals by using Fourier Transform data processing technique. Using PECT-600, coupled with customized software, to characterize defect states and charge transfer states within forbidden bandgap provides quantitatively analyzed results.

    Overview

    PECT-600 (FTPS) is the most sensitive photocurrent spectroscopy system. It is dedicated to probing tail states and charge transfer states of any kind of perovskite and organic solar cells, respectively. These spectral results facilitate analyzing loss of open circuit voltage (Voc) and enhance your scientific article quality for submitting to higher tier journals.

    In semiconductor devices, defects are usually caused by non-ideal crystallization. Defects result in defect states or trap states in the middle of forbidden bandgap and affect the whole opto-electrical properties of devices. The signal intensities of these states are extremely weak due to their low absorption coefficients. Hence, probing and characterizing systems must be highly sensitive.

    Being the most sensitive photocurrent spectrometer, PECT-600 is developed to probe ultra-low intensity absorption signals by using Fourier Transform data processing technique. Using PECT-600, coupled with customized software, to characterize defect states and charge transfer states within forbidden bandgap provides quantitatively analyzed results.

    Key Features

    • Direct spectral evidence to improve paper submission quality.
    • Turn-key solution; time-saving and cost-effective.
    • Comprehensive training.
    • Proven by over 50 SCI journal papers.
    • Energy level fitting software.

    Specification

     

    Wavelength range 1.1 – 2.07 eV (600 – 1100 nm)
    Option: 0.70 – 2 eV (600 – 1800 nm)
    Min. Photocurrent Capability ≤ 100 fA
    Quantum Efficiency Dynamic Range ≥ 7 orders, ≥ 120; Extendable up to 140 dB
    Quantum Efficiency Non-repeatability < 1%
    Software Charge Transfer Energy Fitting, Urbach Energy Calculation

    Applications

    • Trap states, defect states or charge-transfer-state (CTS).
    • CTS fitting through Marcus theory.
    • Urbach energy fitting.

    Get in Touch

    Please fill out the form and we will get back to
    you within 24 hours.

    Write to Us

    Our friendly team is here to help.

    info@trokutsolutions.com

    Call Us

    Our friendly team is here to help.

    (+91) (022) 40124404

    Reach Out to Trokut Solutions

    Welcome to Trokut Solutions. Please use this form to submit your enquiries

      Scroll to Top