| Products > Test Equipment |
| Siglent SDS1104X-E In-Depth Review |
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| lordvader88:
So can these be hacked to 200MHz ? I should really get 1 of these anyway. The SDS1204 is too expensive for now, and the 300MHz versions only have 2ch and are even more money. |
| tautech:
--- Quote from: lordvader88 on October 24, 2018, 03:00:04 am ---So can these be hacked to 200MHz ? --- End quote --- Apparently. https://www.eevblog.com/forum/testgear/sds1104x-e-hack-to-200mhz-and-full-options/ --- Quote ---I should really get 1 of these anyway. The SDS1204 is too expensive for now, and the 300MHz versions only have 2ch and are even more money. --- End quote --- There are no 300 MHz versions of SDS1000X or X-E DSO's but the SDS2000X series offers 2 and 4 ch models to 300 MHz. Until the new SDS5000X models are released soon, the current top model is SDS2304X. |
| lordvader88:
Ok thanks Well there's the siglent sds1302CFL that's 300MHz and with 2GS/s, but would cost +1000USD. Hmmm, they only have 24k memory tho, vs 2M for 1104x-e Now I have my mind set on 4ch but faster than the ds1054z |
| lordvader88:
Whats the fastest sec/div this can be set to ? I don't see it mentioned outright |
| Performa01:
--- Quote from: lordvader88 on October 24, 2018, 07:52:14 am ---Well there's the siglent sds1302CFL that's 300MHz and with 2GS/s, but would cost +1000USD. Hmmm, they only have 24k memory tho, vs 2M for 1104x-e --- End quote --- All non X-series scopes from Siglent are outdated by now. The top models of these may have 300MHz bandwidth and a high sample rate, but slow waveform update rate, hence no intensity grading and lack many of the advanced features the newer scope generation offers. I guess the main reason why these old designs are still around is because there's a demand for such (high bandwidth/buck) instruments in some regions of the (mainly non-western) world. By the way, the SDS1202X-E, SDS1104X-E, SDS1204X-E have a lot more memory than 2Mpts. A total of 28 Mpts (2 x 14 or 4 x 7) in normal use and up to >100Mpts total in History and Sequence recording. As can be found in the data sheet as well as my review documents, the fastest timebase is 1ns/div. |
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