The attenuator is usually chosen to divide the input voltage by ten, hence you will see “10x” probes. The reading on the ‘scope is then a tenth of the voltage at the probe, for example a 1 V ...

50 Ω, n:1 voltage probe Basic 1:1 passive probes are extremely useful so long as the signal reaching the oscilloscope isn't more than the input amplifiers can handle. While many commercial passive ...

To accurately measure power with an oscilloscope, the voltage probe and current probe need to be de-skewed. The electrical lengths of the voltage probe and the current probe usually aren’t the same.

The oscilloscope photo below shows this changing voltage. This method is good for a rough estimate. I’ll talk about doing more precise measurements when I talk about high voltage probes further ...

One such company, Tektronix, recently rolled out a new family of galvanically isolated oscilloscope probes to more accurately measure fast-changing currents in low- and high-voltage systems based ...

Yokogawa has launched a new range of high frequency, high voltage differential oscilloscope probes, combining proven features of its existing probes with new capabilities. The range replaces six ...

The compact USB measurement adapter introduced here allows you to insert an oscilloscope probe into the USB connection. Test ...

For oscilloscopes, Yokogawa has replaced six existing differential voltage probes with three expanded capability probes, and is offering new current probes too. “Recent trends for higher voltages in ...

To view such fast transitions, you typically need an oscilloscope with at least 1 GHz bandwidth. Unfortunately, most commercially available voltage and current probes are woefully inadequate at these ...