Welcome • User Guide
ToS • Privacy • Canary
Donate • Bugs • License

©2024 Poal.co

766

Archive: https://archive.today/z5Ue3

From the post:

>Today, if you want to get a picture from your oscilloscope — maybe to send to a collaborator or to stick in a document or blog post — it is super easy. You can push an image to a USB stick or sometimes even just use the scope’s PC or web interface to save the picture directly to your computer. Of course, if it is on the computer, you could use normal screen capture software. But that hasn’t always been the case. Back in the days when scopes were heavy and expensive, if you wanted to capture an image from the tube, you took a picture. While you might be able to hold up your camera to the screen, they made specific cameras just for this purpose.

Archive: https://archive.today/z5Ue3 From the post: >>Today, if you want to get a picture from your oscilloscope — maybe to send to a collaborator or to stick in a document or blog post — it is super easy. You can push an image to a USB stick or sometimes even just use the scope’s PC or web interface to save the picture directly to your computer. Of course, if it is on the computer, you could use normal screen capture software. But that hasn’t always been the case. Back in the days when scopes were heavy and expensive, if you wanted to capture an image from the tube, you took a picture. While you might be able to hold up your camera to the screen, they made specific cameras just for this purpose.
You are currently inside a comment thread.
Click here to see all the comments (5).
[–] • 1 pt

Look at it this way - you got to use a piece of technology that probably no one will ever see again.

[–] • 1 pt

no one will ever see again.

I'm very thankful I haven't had to and won't ever again. National Semiconductor/Cyrix gave up on the uP wars shortly after that, around the 300mHz timeframe. I may have ended up being the only one to ever actually use that equipment at our site.