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    Xper Flim Trpl Measuring Instrument

    Xper-FLIM is one of the lowest-cost instruments in the market that offer high performance TRPL measuring capabilities. NANOBASE has strategically partnered with PicoQuant from Berlin, Germany to provide customers with satisfaction guaranteed TRPL products.

    Featuring NANOBASE’s laser scanning module, Xper-FLIM ensures that researchers get reliable data at super high speed.

    Just like other instrument products that they manufacture, Xper-FLIM is also fully customizable to fit into your research goals.

    Overview

    Xper-FLIM is one of the lowest-cost instruments in the market that offer high performance TRPL measuring capabilities. NANOBASE has strategically partnered with PicoQuant from Berlin, Germany to provide customers with satisfaction guaranteed TRPL products.

    Featuring NANOBASE’s laser scanning module, Xper-FLIM ensures that researchers get reliable data at super high speed.

    Just like other instrument products that they manufacture, Xper-FLIM is also fully customizable to fit into your research goals.

    Key Features

    • Fast 2D scanning.
    • Bright field microscopic imaging.
    • Time-Resolved Photoluminescence (TRPL).
    • Time-correlated single-photon counting (TCSPC).

    Specification

     

    Detector
    Active area diameter 50 µm
    Dark counts <250, <100, <50, <25 cps (depending on grade of detector)
    NIM timing output 50 ps
    Photon detection efficiency
    • 24% at 400 nm
    • 49% at 550 nm
    • 37% at 650 nm
    Laser Driver
    Repetition rate 31.25 kHz – 80 MHz
    Trigger Level -1 V to +1 V (adjustable)
    Frequency range 10 Hz – 80 MHz
    Synchronization output <0.8 ns into 50 Ω
    Time-tagging Electronics
    Detection channel 1 or 2
    Time range 25 ps
    Trigger 0 – 1200 mV
    Count rate 40 MHz
    Objectives
    Default 40X
    Other options 10X, 20X, 50X, and 100X
    Laser Scanning Module
    Wavelength range 400 – 1000 nm
    Scanning mode Raster scan
    Scanning size 200 µm x 200 µm (40X objective)
    Laser
    Type Picosecond pulsed diode laser
    Wavelength 390 – 700 nm
    Freespace / Fiber coupling selection Optional
    Optical Filter
    Wavelength range 390 – 700 nm
    Interchangeable in a filter box For corresponding lasers

    Applications

    Biology/Medical Research

    • Molecular biological analysis.
    • Biochemical analysis.

    Photoelectron Materials

    • Efficiency analysis of LED, OLED.

    Semiconductors

    • Monitoring and analysis of wafer quality.

    Solar cells

    • Efficiency analysis of injection.

     

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    you within 24 hours.

    Write to Us

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    info@trokutsolutions.com

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    (+91) (022) 40124404

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