Current Waveform Observation

• DC to 50 MHz (−3dB), ±3.0% accuracy
• Maximum 30 A rms, 3 ranges
• ±50 A peak (non-continuous)

• High-sensitivity for observing micro currents down to 200 μA
• Ideal for developing switching power supplies
• High S/N ratio

• DC to 120 MHz (−3dB), ±3.0% accuracy
• Maximum 30 A rms, 3 ranges
• ±50 A peak (non-continuous)

• High-sensitivity for observing micro currents down to 200 μA
• Ideal for developing switching power supplies
• High S/N ratio, high frequency

• DC to 120 MHz (−3dB), ±3.0% accuracy
• Maximum 5 A rms
• ±7.5 A peak (non-continuous)

• High-sensitivity for observing minute currents down to 1 mA
• Ideal for developing switching power supplies, inverts and motor controllers
• High S/N ratio, high frequency

• DC to 50 MHz (−3dB), ±3.0% accuracy
• Maximum 5 A rms
• ±7.5 A peak (non-continuous)

• High-sensitivity for observing minute currents down to 1 mA
• Ideal for developing switching power supplies, inverts and motor controllers
• High S/N ratio

• DC to 50MHz (−3dB), ±1.0% accuracy
• Maximum 30 A rms
• ±50 A peak (non-continuous)

• Observe currents down to 10 mA
• High S/N ratio
• Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers

• DC to 100 MHz (−3dB), ±1.0% accuracy
• Maximum 30 A rms
• ±50 A peak (non-continuous)

• Observe currents down to 10 mA
• Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers
• High S/N ratio, high frequency

• DC to 2MHz (−3dB), ±1.0% accuracy
• Maximum 500 A rms
• ±700 A peak (non-continuous)

• High S/N ratio
• Directly connect to high impedance BNC input of oscilloscope or recorder
• Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers

• DC to 10MHz (−3dB), ±1.0% accuracy
• Maximum 150 A rms
• ±300 A peak (non-continuous)

• High S/N ratio
• Directly connect to high impedance BNC input of oscilloscope or recorder
• Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers