DCCT Measurement Systems – 6300


2701A Transconductance Amplifier

  • 0 to 100 Amps – AC
  • 0 to ±100 Amps – DC
  • Voltage Compliance ±5 Volts
  • IEEE488 Interface
  • Resistive, Capacitive, Inductive Loads

2600A AC Transimpedance Amplifier

  • Current to Voltage
  • 2 Outputs of 10 & 1 VAC
  • Loss Measurement Systems
  • Current Transformer Calibration
  • IEEE488 Interface
  • Uncertainty to ≤20ppm
  • Calibration Period 3 to 5 Years
6800C System

6800C QHR Standard

  • Cryogen Free
  • System Accuracy to <0.02ppm
  • Built in Rxx (uVolt) Measurements in ADCC Bridge
  • Built in Rxx (nVolt) Measurements in ADCC Bridge
  • 9 Tesla Standard System Magnet
  • Up to 14 Tesla Available
  • No Liquid Helium Required
  • Stable Controlled Sample Environment
  • Temperature Range 1.3K to 300K
  • Low Operating Costs
  • Direct Transfer to 1kΩ and 10kΩ Standards
  • System Range 0.1Ω to 100kΩ
  • Graphene Compatible
  • Features Accubridge Technology
  • Dual Sample Probe
GPIB Meter

GPIB Meter

GPIB Meter


7070A-UI AC Ratio Bridge

  • Calibration of Voltage and Current Transformers from a Single Instrument
  • Calibration of Instrument Transformers with Different Rated Ratios Using One Single Reference Standard
  • Calibration of Voltage Transformers (VT) Up to 800kV When Used with MI 2500 Series of HV Dividers and Standard Capacitors
  • Calibration of Current Transformers (CT) Up to 10000A When Used With MI 7020 and/or 7200 Series of Precision Current Transformers and/or Current Comparators
  • Short Measurement Times with High Accuracy and Low Inherent Burdens
  • Instrument Applications are Valid for Single Phase Measurements. Three Phase Transformers Measurements Performed by Testing Each Phase Separately
  • Test Frequency from 15 to 100 Hz