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  • Gooodlab TSC 6530 Thermal excitation current measurement system

    CATEGORY AND TAGS:
    Pyroelectric measurements

    TSC6530 thermal excitation current measurement system is a special equipment for measuring the thermal intense current of piezoelectric ceramics, the system is upgraded from the TSC-6520 which is unanimously approved by customers, it can measure not only the thermal excitation depolarization current TSDC of piezoelectric ceramics, but also the thermal excitation polarization current TSPC, the highest polarization voltage is 10KV, the minimum no-load current can reach It is highly recognized by Tsinghua University, Shanghai Silicon Institute, Huazhong University of Science and Technology and other industrial customers, and is used by universities, research institutes and enterprises to
    It is a necessary characterization tool for universities, research institutes and enterprises to study the pyroelectric properties of piezoelectric ceramics.

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    • Specifications

    TSC6530 thermal excitation current measurement system is a special equipment for measuring the thermal intense current of piezoelectric ceramics, the system is upgraded from the TSC-6520 which is unanimously approved by customers, it can measure not only the thermal excitation depolarization current TSDC of piezoelectric ceramics, but also the thermal excitation polarization current TSPC, the highest polarization voltage is 10KV, the minimum no-load current can reach It is highly recognized by Tsinghua University, Shanghai Silicon Institute, Huazhong University of Science and Technology and other industrial customers, and is used by universities, research institutes and enterprises to
    It is a necessary characterization tool for universities, research institutes and enterprises to study the pyroelectric properties of piezoelectric ceramics.

    Temperature range: -160°C~450°C
    Temperature control accuracy: ±0.5°C
    Temperature control method: PID precise temperature control
    Temperature ramp rate: 0~10°C/min (default 3°C/min)
    Heating and cooling: liquid ammonia cooling/resistance wire heating
    Cooling time: 30min/-160°C
    Polarization voltage: 0~10KV
    Current range: 500fA~20mA
    Vacuum degree: 10^-2Pa
    Sample size: φ< 20mm
    Probe arm: 4pcs
    X-axis: travel ±0.5mm, maximum accuracy ±0.01mm
    Y-axis: travel ±0.5mm, maximum accuracy ±0.01mm
    Z-axis: travel ±0.5mm, maximum accuracy ±0.01mm

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