Tektronix TICP050 Isolated Current Probe 500MHz

Tektronix
MPN
TICP050
Brand
Tektronix
Order Code
85-8112
Country of Origin
USA
View Full Product Range (7)
Qty Was Unit Price (Ex VAT)
1+ £10500.00 £8614.18
Price per unit {{ this._page.IncVat ? 'Inc' : 'Ex' }} VAT
Despatched same day - 1 in stockContact us for additional stock

The TICP050 IsoVu™ Isolated Current Probe provides accurate, low-noise current measurements for power electronics and high-voltage applications. Complete galvanic isolation between the probe tip and oscilloscope eliminates ground loops and delivers exceptional common-mode rejection, enabling reliable measurements on floating circuits and shunt-based current sensing systems.

With 500MHz bandwidth, low noise performance and support for a wide current measurement range when used with appropriate shunts, the TICP050 is ideally suited to power converter development, double pulse testing, switching power supply analysis, and SiC and GaN device characterisation. The probe is compatible with 4 Series MSO, 5 Series MSO and 6 Series MSO oscilloscopes through the TekVPI™ interface.





  • 500MHz bandwidth for high-speed current measurements
  • Complete galvanic isolation between probe tip and oscilloscope
  • Up to 90dB common-mode rejection (CMRR) at 1MHz
  • Ultra-low noise performance of less than 4.7nV/√Hz
  • Supports a wide current measurement range when used with compatible shunts and probe tips
  • Maximum common-mode voltage of 1800V for floating measurements
  • Compatible with Tektronix 4, 5 and 6 Series MSO oscilloscopes
  • Ideal for SiC and GaN power devices, double pulse testing, power converters and switching power supplies



    • Note: The 100X Sensor Tip Cable with MMCX Connector (85-8119) is available to purchase separately and is not included with the TICP IsoVu™ Isolated Current Probe.
    Type Isolated current test probe
    Accuracy 1.5%
    Bandwidth 500MHz
    Maximum Voltage 1800V
    Nominal Voltage 1000V

    Reviews

    Be the first to submit a review

    Trustpilot