Data Sheet

3
SPECIFICATIONS
Physical Specications
Electrical Specications
Model Coil Circumference
Cable Length (coil to
electronics)
Peak Coil Insulation
Voltage
Coil Thickness
T3RC0300-UM 80 mm 1 m 1.2 kV 1.7 mm
T3RC0600-HF 100 mm 1 m 5 kV 4.5 mm
T3RC3000-HF 200 mm 4 m 5 kV 4.5 mm
T3RC3000-LF 300 mm 4 m 10 kV 8.5 mm
T3RC6000-LF 300 mm 4 m 10 kV 8.5 mm
Model Sensitivity
Peak
Current
Max Noise
Droop
(%/ms)
LF (-3dB)
Bandwidth
HF (-3dB)
Bandwidth
Peak di/dt
Division
Ratio
T3RC0300-UM 20 mV/A 300 A 2.5 mV rms 9 9.2 Hz 30 MHz 20 kA/us 50
T3RC0600-HF 10 mV/A 600 A 1.7 mV rms 11 12 Hz 30 MHz 40 kA/us 100
T3RC3000-HF 2 mV/A 3000 A 1.4 mV rms 2.8 3 Hz 23 MHz 80 kA/us 500
T3RC3000-LF 2 mV/A 3000 A 2.5 mV rms 0.1 0.11 Hz 6.5 MHz 11 kA/us 500
T3RC6000-LF 1 mV/A 6000 A 2.5 mV rms 0.05 0.055 Hz 6.5 MHz 11 kA/us 1000
Notes: The Division Ratio value above, can be used in your Oscilloscope’s input channel settings to adjust the
Oscilloscope’s vertical scaling to accurately reect the values of the measurement being made. The setting is
sometimes referred to as ‘Attenuation’. Some Oscilloscopes allow the vertical scale units to be changed. This
should be set to A to reect an Amps measurement.
Comparison of three Teledyne Test Tools Rogowski probes. The probes have been oset to enable comparison.