Voltage Probes

Precision Voltage Probes for Demanding Measurement Applications

Voltage probes serve as the critical interface between the circuit under test and the oscilloscope, preserving signal integrity, providing isolation, and matching the measurement needs from high-speed to high-voltage power systems. Without the right probe, even the best oscilloscope can deliver misleading results.

Yokogawa voltage probes are engineered for both general-purpose and specialized measurements and deliver exceptional accuracy, signal fidelity, and safety. Whether you’re capturing fast transients, analyzing waveform integrity, or isolating differential signals, our probes are designed to complement the performance of our industry-leading oscilloscopes. 

Yokogawa Voltage Probe Types

  • Passive Probes: Versatile for general-purpose measurements.
  • Differential Probes: Measuring between two points, with isolation between circuit ground and instrument ground.
  • High Voltage Scope Probes: Safely step down high voltages, available in passive and differential types.
  • Active Probes: High-frequency performance with minimal circuit loading.
  • Low Capacitance Probes: Preserves signal integrity for the highest bandwidth applications.

Product Lineup

Passive probe chart

 

Passive probe chart

 

  • 400 MHz bandwidth
  • ±1 kV max. differential voltage
  • 70 dB CMRR (1 MHz)
  • Interface: Yokogawa DLM Series
  • 400 MHz bandwidth
  • ±2 kV max. differential voltage
  • 70 dB CMRR (1 MHz)
  • Interface: Yokogawa DLM Series

 

  • 400 MHz bandwidth
  • ±1 kV max. differential voltage
  • 70 dB CMRR (1 MHz)
  • Interface: BNC
  • 400 MHz bandwidth
  • ±2 kV max. differential voltage
  • 70 dB CMRR (1 MHz)
  • Interface: BNC

  • 150 MHz bandwidth
  • ±1.4 kV max. differential voltage
  • 50 dB CMRR (1 MHz)
  • Interface: Yokogawa DLM Series
  • 150 MHz bandwidth
  • ±1.5 kV max. differential voltage
  • 50 dB CMRR (1 MHz)
  • Interface: BNC
  • 50 MHz bandwidth
  • ±7 kV max. differential voltage
  • 50 dB CMRR (1 MHz)
  • Interface: BNC
  • Ideal for vehicle bus monitoring
  • 200 MHz bandwidth
  • 20 V max. differential voltage
  • Interface: Yokogawa DLM Series
  • 1000 Vrms, 400 MHz 
  • Impedance (50 MΩ | 7.5 pF)
  • CAT II rating, 1.2 m
  • 0 to +50 °C operating temperature
  • 1000 Vrms, 250 MHz 
  • Impedance (50 MΩ | 7.5 pF)
  • CAT II rating, 3 m
  • 0 to +50 °C operating temperature

  • 1000 V (DC+ACpeak), 200 MHz
  • Impedance (10 MΩ | 16 pF)
  • CAT II rating, 2.5 m
  • -40 to +85 °C operating temperature

  • 1000 V (DC+ACpeak), 200 MHz
  • Impedance (10 MΩ | 18 pF)
  • CAT II rating, 2.5 m
  • -40 to +85 °C operating temperature
  • 600 V (DC+ACpeak), 500 MHz bandwidth
  • Impedance (10 MΩ | 10.5 pF)
  • CAT II rating, 1.3 m
  • Ideal for DLM3000/3000HD, DLM5000/5000HD
  • 600 V (DC+ACpeak), 200 MHz bandwidth
  • Impedance (10 MΩ | 13.5 pF)
  • CAT II rating, 1.5 m
  • Ideal for DLM2000
  • 600 V (DC+ACpeak), 500 MHz bandwidth
  • Impedance (10 MΩ | 10.5 pF)
  • CAT II rating, 1.3 m
  • Ideal for DL6000, DLM2000 (350/500 MHz models), DLM4000/6000

  • 600 V (DC+ACpeak), 10 MHz bandwidth
  • Impedance (10 MΩ | 22 pF)
  • 1.3 m total length
  • Ideal for non-isolated ScopeCorder modules

  • 600 V (DC+ACpeak), 500 MHz bandwidth
  • Impedance (10 MΩ | 12.5 pF)
  • CAT II rating, 1.5 m
  • Ideal for DL9000/9500/9700, SB5000

  • 400 Vrms, 500 MHz bandwidth
  • Impedance (10 MΩ | 9.5 pF)
  • Ideal for DL6000, DLM2000/4000/6000
  • 400 Vrms, 500 MHz bandwidth
  • Impedance (10 MΩ | 9.5 pF)
  • Ideal for DLM3000/3000HD/5000/5000HD
  • 1000 V (DC+ACpeak), 60 MHz bandwidth
  • Impedance (10 MΩ | 17 pF)
  • CAT II rating, 2.5 m
  • -40 to +85 °C operating temperature
  • 1000 V (DC+ACpeak), 100 MHz bandwidth
  • Impedance (10 MΩ | 18 pF)
  • CAT II rating, 1.7 m
  • 3540 V (DC+ACpeak), 200 MHz bandwidth
  • Impedance (100 MΩ | 7 pF)
  • 1.7 m total length
  • 10 V (DC+ACpeak), 900 MHz bandwidth
  • Impedance (2.5 MΩ | 1.8 pF)
  • Compatible with any Yokogawa oscilloscope

 

  • 20 Vrms
  • 5 GHz bandwidth
  • 450 Ω | 0.25 pF and 950 Ω | 0.4 pF
Brochures

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