Isolated IsoVu™ probes
Discover the fast, floating signals your non-isolated probes can't display. IsoVu probe technology virtually eliminates common-mode noise through optical isolation, enabling accurate differential measurements at reference voltages ramping and falling by ±60 kV at 100 V/ns or faster. Plus, with our 2nd Generation IsoVu design, you get all the benefits of IsoVu technology at one-fifth the size.
Featuring versatile MMCX connectors and an unmatched combination of bandwidth, dynamic range, and common-mode rejection, IsoVu Gen 2 probes set a new standard for isolated probe technology.
IsoVu technology enables precise differential measurements up to ± 2,500 V for a reference voltage rise of ± 60 kV at 100 V/ns or faster. The second-generation IsoVu instruments feature newly developed probe technology, a significant improvement over the previous model. The probes are five times smaller than the first-generation probes, significantly simplifying handling and enabling you to take advantage of the benefits of IsoVu technology.
The second-generation IsoVu probes set a new standard in isolated probe technology with their versatile MMCX connectors and a unique combination of bandwidth, dynamic range, and common-mode rejection. They enable efficient wide-gap semiconductor designs using SiC and GaN.
The IsoVu probes offer the following advantages:
IsoVu technology utilizes Power over Fiber (PoF) and an optical analog signal path for complete galvanic isolation between the measurement system and the device under test. This isolation offers significant advantages due to the floating probe, which operates independently of the common-mode voltage.
Die Gleichtaktunterdrückung beträgt 160 dB (100 Millionen zu 1) bei Gleichspannung.
Die Gleichtaktunterdrückung liegt bei 120 dB (1 Million zu 1) und wird bei 100 MHz erreicht.
Die Gleichtaktunterdrückung liegt bei 80 dB (10.000 zu 1) bei 1 GHz.
Der Gleichtaktspannungsbereich liegt bei ca. 60 kV.
Der differenzielle Eingangsbereich erstreckt sich bis zu einer Spannung von ± 2500 V.
Der Offset-Spannungsbereich erstreckt sich bis zu einer Spannungsabweichung von ± 2.500 V.
