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| FILE 1190/1197 | ![]() |
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| File information | |
| Filename: | xenon~0.jpg |
| Album name: | Tuopeek / Misc |
| Keywords: | Lamps |
| Filesize: | 538 KiB |
| Date added: | 29 Oct 2026 |
| Dimensions: | 2033 x 2400 pixels |
| Displayed: | 25 times |
| DateTime Original: | 2026:10:29 20:05:48 |
| Exposure Time: | 1/125 sec |
| FNumber: | f/4.8 |
| File Source: | Digital Still Camera |
| Flash: | No Flash |
| Focal length: | 38 mm |
| ISO: | 4000 |
| Model: | NIKON D3400 |
| Software: | Adobe Photoshop Elements 2.0 |
| White Balance: | 0 |
| URL: | https://trad-lighting.net/gallery/displayimage.php?pid=1437 |
| Favourites: | Add to Favourites |
| Lamp/Fixture Information | |
| Manufacturer: | Ferranti |
| Model Reference: | EDN10 |
| Lamp | |
| Lamp Type: | Xenon flash |
Comment 1 to 3 of 3 Page: 1 |
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Interesting strobe lamp... never seen one that contains two flashtubes in the same envelope before. That's a nice trick to compensate for the limiting effect of the tube's de-ionization time on the maximum flashing frequency. I have some flashtubes with three sealed electrodes instead of two and I always wondered about the benefits of such design. It doesn't look like it's for ignition purposes, so maybe this is also meant to increase the flashing rep rate via the production of two separate discharges (in the same tube this time).
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I'd guess if the three electrodes in your flash tube are spaces with equal distance it could well increasing the pulse rate. I just noticed in mine there is a small getter behind the cathode in each tube and one had expired so that explains the fault on one side. I haven't seen an inductively fired getter in a xenon tube before.
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The electrodes are equally spaced in my lamp indeed. As for the barium getter, I've seen this in some small U-shaped strobe lamps (no idea about the manufacturer though), but that's definitely not a common feature.
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Comment 1 to 3 of 3 Page: 1 |