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Probing systems make high-resolution measurements in the presence of common mode signals or noise.

Industry leading performance up to 6000V. Safety Certified.

Low capacitance and best in class bandwidth. Safety Certified.

The best performance from the IsoVu measurement system is achieved when an MMCX connector is inserted close to the test points. MMCX connectors are an industry standard and are available from many electronic component distributors. These connectors offer high signal fidelity. The solid metal body and gold contacts provide a well-shielded signal path. The mating MMCX interface offers a snap-on connection with a positive retention force for a stable, hands free connection. The disengage force provides a safe, stable connection for high voltage applications. When an MMCX connector cannot be used, Tektronix offers adaptors to connect the sensor tip cables.

Learn about Tektronix IsoVu® Isolated Probes, which offer better common mode rejection and higher bandwidth for high EMI environments and on new power FETs like SiC and GaN.

It’s 2012 and Tektronix was introducing the new high voltage differential probe – but it wasn’t enough. Engineers working on Wide bandgap (SiC and GaN) needed more performance for these impossible measurements. A whole team of engineers worked for …

IsoVu Isolated Probes deliver accurate differential measurements up to ±2500 V on reference voltages slewing ±60 kV at 100 V/ns or faster.  They provide a unique combination of high bandwidth, dynamic range, and best-in-class common mode rejection ratio (CMRR) over the probe's full bandwidth.  Read this flyer for an overview on the technical improvements offered in this second generation of IsoVu probes.

In this article, we will explore in detail some best practices to follow when handling Tektronix's isolated differential probe, also known as IsoVu™ probes. What is IsoVu?  IsoVu is the brand name …

Watch this short video for a look at the new generation of IsoVu™ Isolated Probes for power system design on wide bandgap technologies like SiC and GaN.  They’re smaller, more capable, and affordable than ever.