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fig. 1-1. A double exposure photograph of the output pulse from the Tektronix Type 110 (no external charge line) and a 1 gigacyclel sec timing train. The waveforms are displayed on a Tektronix 0.12 nsec risetime research-type oscilloscope. This photograph shows the risetime to be well under 0.25 nsec. The minimum pulse width is approximately 0.5 nsec. Note the freedom from overshoot.

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fig. 1-1. A double exposure photograph of the output pulse from the Tektronix Type 110 (no external charge line) and a 1 gigacyclel sec timing train. The waveforms are displayed on a Tektronix 0.12 nsec risetime research-type oscilloscope. This photograph shows the risetime to be well under 0.25 nsec. The minimum pulse width is approximately 0.5 nsec. Note the freedom from overshoot.
https://misskey-taube.s3.eu-central-1.wasabisys.com/files/f9e77ece-393e-45b6-8664-a883d686d881.webp

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niconiconi (niconiconi@mk.absturztau.be)'s status on Saturday, 23-Nov-2024 03:00:40 JST niconiconi

"Mom, can we buy a picosecond electronics switch?"
"No, we have a picosecond switch at home."
The picosecond switch at home
Mercury-wetted relay.
https://w140.com/tekwiki/wiki/109 #electronics

In conversation about 2 days ago from mk.absturztau.be permalink