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For measuring current, the TICP Series IsoVu™ isolated current probes offer outstanding bandwidth, noise rejection, accuracy, and user-friendliness. Very strong common mode rejection is made possible by complete galvanic separation, which also removes ground loops. The 50 Ω input of the TICP Series probe in a 1X configuration provides incredibly low noise of less than 4.7 nV/√Hz, which is perfect for taking precise measurements on shunts. To increase the differential voltage range, the probes provide a range of attenuation tips. The probes can monitor currents ranging from microamperes (µA) for low-power mobile designs to hundreds of amperes for industrial and mobility systems, depending on the shunt that is utilized.
Eliminates ground loops and provides industry-leading common mode rejection performance across high frequencies.
Noise density under 4.7 nV/√Hz with a 50 Ω input (1X configuration), tailored for precise low-voltage shunt observations.
Versatile measurement capability scaling from microamperes (µA) up to hundreds of amperes depending on the chosen shunt.
| Parameter | TICP100 | TICP050 | TICP025 |
|---|---|---|---|
| Bandwidth | 1 GHz | 500 MHz | 250 MHz |
| Rise Time | 400 ps | 700 ps | 1.4 ns |
| DC Gain Accuracy | ±1.5% | ||
| RMS Noise Spectral Density | 4.70 nV / √Hz (<21 μVRMS at 20 MHz) | ||
| Maximum Common Mode Voltage |
1800 V (Pollution Degree 1; Max transient not to exceed 5 kVpk) 1300 V (Pollution Degree 2; Max transient not to exceed 5 kVpk) 1000 V for CAT II (Pollution Degree 2) 600 V for CAT III (Pollution Degree 2) |
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| Probe Cable Length | 2 meters (78 inches) | ||
The series is available in three bandwidth options: 1 GHz for model TICP100, 500 MHz for model TICP050, and 250 MHz for model TICP025.
Complete galvanic separation eliminates ground loops and delivers exceptional common mode rejection, ensuring clean and accurate measurement across high-interference environments.
Configured with a 50 Ω input in a 1X setup, the probe provides an ultra-low noise density of less than 4.70 nV/√Hz (<21 μVRMS at 20 MHz), making it ideal for low-amplitude shunt readings.
Depending on the specific shunt used, the probe can capture currents ranging from microamperes (µA) for low-power mobile circuits up to hundreds of amperes for industrial and mobility systems.
The probes handle up to 1800 V in Pollution Degree 1 and 1300 V in Pollution Degree 2 (transient levels up to 5 kVpk), as well as 1000 V CAT II and 600 V CAT III environments.
The probe cable measures 2 meters (78 inches) in length, and the system delivers a DC gain accuracy of ±1.5%.
