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高壓標準系統

High Voltage Normal System
  • Polarization of dielectrics, breakdown tests, plasma electrodics etc. 
  • Controlled atmospheres or vacuum 
  • Tolerate to > 10 kV DC (feedthroughs / base unit only – actual tolerance depends on sample and atmosphere/pressure)
    • Polarization of dielectrics, breakdown tests, plasma electrodics etc. 
    • Controlled atmospheres or vacuum 
    • Tolerate to > 10 kV DC (feedthroughs / base unit only – actual tolerance depends on sample and atmosphere/pressure)

    The high-voltage system can also for regular characterization of dielectrics and electroceramics:

    • Disk samples of up to selected diameter, e.g. 12 or 20 mm
    • 2 and 3 electrode setups 
    • Conductivity, impedance spectroscopy, DC measurements 
    • Transport number, permeability, etc.
    • The “kV16” socket is connected to the high voltage feedthrough 16.
    • The “kV5” socket is connected to the high voltage feedthrough 5.
    • The high voltage contacts are nominally rated to withstand 10 kV with respect to chassis.
    • The high voltage feedthroughs (chassis contacts, wire and kV feedthroughs have been tested before shipment and are found to have insulation with respect to chassis of > 10 kV.
    • Of course, the final high-voltage limit will be lower depending on the sample, temperature, and atmosphere.
    • Polarization of dielectrics, breakdown tests, plasma electrodics etc. 
    • Controlled atmospheres or vacuum 
    • Tolerate to > 10 kV DC (feedthroughs / base unit only – actual tolerance depends on sample and atmosphere/pressure)

    The high-voltage system can also for regular characterization of dielectrics and electroceramics:

    • Disk samples of up to selected diameter, e.g. 12 or 20 mm
    • 2 and 3 electrode setups 
    • Conductivity, impedance spectroscopy, DC measurements 
    • Transport number, permeability, etc.
    • The “kV16” socket is connected to the high voltage feedthrough 16.
    • The “kV5” socket is connected to the high voltage feedthrough 5.
    • The high voltage contacts are nominally rated to withstand 10 kV with respect to chassis.
    • The high voltage feedthroughs (chassis contacts, wire and kV feedthroughs have been tested before shipment and are found to have insulation with respect to chassis of > 10 kV.
    • Of course, the final high-voltage limit will be lower depending on the sample, temperature, and atmosphere.