Test Happens.

Figure 1: A fundamental underlying assumption of a discrete Fourier transform is a repetitive waveform Fundamentally, oscilloscopes a...

Figure 1: A coaxial cable presents high impedance at low frequencies but acts as a transmission line at higher frequencies In our recen...

Figure 1: Shown is a comparison of inherent oscilloscope noise and noise at the shorted tip of a 10x passive probe Now that we have a b...

Figure 1: With unequal impedances at either end of the coax, are cable reflections a concern in 10x passive probes? We've been disc...

Figure 1: Shown are FFT plots of a 10-MHz, fast-edge square wave reaching the oscilloscope via direct coax connection (orange-yellow plo...

Figure 1: The adjustable equalization circuit on the oscilloscope end of the coaxial cable compensates for the 10x passive probe's i...

Figure 1: The 10x passive probe becomes a better measurement tool when we understand its limitations We began this series of posts on...