Frequency Reponse: 10kHz - 140MHz
Transfer Impedance: +3dB ohm above 500kHz
Output Impedance: 50ohm nominal
Imax (primary): 350A DC-60Hz, 75A @400Hz
Isig: 1.5A cont. cw Up to 4A. Short duration
Pulse: 100A
Aperture: 67mm
Dimensions: 153mm x 35mm
Weight: 2.27kg
Output connector: N
The 93686-3 is specifically designed for High Power Pulse current measurement. The probe secondary o/p terminals are resistively loaded internally to flatten the transfer Zt curve as much as possible. The peak pulse current handling capability extends from .01 to 100 amperes. Typically oscilloscopes with a 50 ohm i/p load are used to view the current waveform. Because of the limited power handling of the RF secondary circuit of the probe, the max pulse duty cycle at 100A peak is 0.0002. THis improves to .001 as current falls to 40A and is 0.02 at 10A. Ensure conductor to be measured sits firmly in centre of aperture. On NO account should the probe be used to inject signals as damage will ensue.
Transfer Impedance: +3dB ohm above 500kHz
Output Impedance: 50ohm nominal
Imax (primary): 350A DC-60Hz, 75A @400Hz
Isig: 1.5A cont. cw Up to 4A. Short duration
Pulse: 100A
Aperture: 67mm
Dimensions: 153mm x 35mm
Weight: 2.27kg
Output connector: N
The 93686-3 is specifically designed for High Power Pulse current measurement. The probe secondary o/p terminals are resistively loaded internally to flatten the transfer Zt curve as much as possible. The peak pulse current handling capability extends from .01 to 100 amperes. Typically oscilloscopes with a secondary circuit of the probe, the maximum pulse duty cycle at 100 amps peak is 0.0002. This improves to .001 as the current falls to 40 amps and .02 at 10 amps. Ensure conductor to be measured sits firmly in centre of aperture. On NO account should the probe be used to inject signals as damage will ensue.
