Test Happens.
28 February 2022
Signal and Power Integrity Tutorial: A Robust Method for Measuring Clock Jitter with Oscilloscopes
›
Figure 1. Clock jitter measured as a variation of clock signal absolute period. Clock jitter is the variation of a clock signal’s frequency ...
21 February 2022
9 Important Things to Know When Making Sensitive Measurements with Oscilloscopes
›
We've routinely posted on how you can characterize your total measurement system to gain important "situational awareness" whe...
14 February 2022
Transmission Lines for Oscilloscope Users, Part 4
›
Figure 1: Characteristic waveform when the source impedance is lower than the cable impedance. In Part 3 , we saw the pattern of reflections...
07 February 2022
Transmission Lines for Oscilloscope Users, Part 3
›
Figure 1: The Thevenin equivalent circuit model can be used to characterize a voltage source with respect to the interconnect cable and os...
31 January 2022
Transmission Lines for Oscilloscope Users, Part 2
›
Figure 1: A transmission line can be seen as a series of "buckets" of capacitance charged to a voltage by the signal as it "w...
24 January 2022
Transmission Lines for Oscilloscope Users, Part 1
›
Figure 1: The rise time of the Cal signal seems to increase significantly by increasing the length of the interconnect cable. Is it true? Cl...
17 January 2022
9 Quick Fixes to Improve DDR Probing
›
Figure 1: Reversed Handsfree mounts and chip clips help relieve strain on fragile solders. Probing at DRAM pins as required by JEDEC can be ...
‹
›
Home
View web version