Thanks for your message. Please refer to the following link. Hope it can serve your request. www.gwinstek.com/en-US/products/downloadSeriesDownNew/23921/2402
@@gwinstek1975 Thanks for the response. I did see that document, but it seems to be only SCPI commands for interacting with the scope (including the python applications), but it doesn't include anything about writing the python scripts themselves. For what it's worth, I decided to buy a less expensive Siglent oscilloscope, but I am still very interested to see how this product works out. It seems like incredibly good value for a piece of programmable / automatable test equipment. I hope what you're doing sets a new trend for the industry.
Thanks for your feedback. You also can refer to the following link. I hope it can give you a new idea. MPO-2000 Python Tutorial & Application Handbook www.gwinstek.com/en-US/products/downloadSeriesDownNew/23933/2402
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@@gwinstek1975I already successfully did on PLC Rockwell studio 5000 programming using RS232 port with this device Here some video , hope this time will make clear tutorial about this ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-RNxtgyIyc9s.htmlsi=WxllCqUHZK2Q8Z5c
I purchased an MDO2404eg scope several years ago. 200MHz, 4 chn, dual 14 bit DDS and inquired at the USA sales office and also Taiwan main office about the bit depth and a front end schematic. Entirely disappointed at the response: "proprietary information". The scope measures 1040Hz next to 1KHz and drops the signal on FFT below -72dBc full scale; thus 12 bit convertor on the front end inputs. The technical data lists this series as 8bit; due to SFDR (harmonic distortion of input amplifiers). retired technical director of an RF test equipment manufacturer.... how many sales did you lose by not providing the information requested?
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@@gwinstek1975 Thank you for the address, I will mark it in loved videos. Lord willing, I would like to modify a channel with a better input op amp to cover the 100kHz to lo VHF where none of the available systems are able to measure distortion products in amplifiers. Computer based 16/24 bit audio are limited by sampling frequency (192KHz typ). Quant, Audio Precision, etc. Presently, I am able to see thd/imd to -130dBc re 1vrms up to 1MHz with this scope; but the SFDR is a problem to work around with careful filtering.
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Hello!. How do I get 900Hz from the APS 7100?. I have already installed the license using the USB and everything was OK during the installation proccess according to the instructions but after that I can't get 900Hz, in the display the maximum is still 500Hz. Thanks for your help, I appreciate it.
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It is sad that your marketing and demo material is so bad and low in quality plus technically spoken not very much revealing. I was able to second all your demo material on a Rigol MSO5000 machine without any problems. A little play with acq. rate/memory depth and the 1M point FFT resolution yielded exactly the same. I even was able to get a better dynamic range versus this MDO2000E series. The only difference where your HW accelerated FFT processing was way ahead is Demo 4 with the 3.5MHz to 6.5MHz sinewave sweep. Don't know what sweeptime you used but think maybe between 100ms to 500msec or so. There I can really see it. But if one has time the MSO5000 can run a color grade averaging scheme and one gets a pretty impressive sweep picture with multi color grading. So here you win for sure in "realtime swept mode". But please also mention that your spectrum analyzer "mode" on this MDO series is limited to 500MHz tops, no matter what. Plus it does not give any feedback on sampling in FFT. Thus, I wish you would show potential customers a bit more than just "built in" demos. Cannot be so hard as you certainly have the signal sources for that.
Excellent prentation. 1. What is the current range change time? 2. How is range change implemented? 3. Is it possible to synchronize 2 or more of these devices' channels? Thank you very much.
Sorry for the late reply. Please refer to the below information. 1. For source output settling time :100us typical. 2.GSM-20H10 provides direction keys are used for parameter and menu selection as well for fine adjustment of the current/voltage range settings. 3.Yes, we provide digital IO interface,its include trigger link function.
Note to your editors: exclude the hand next time. It's so insanely distracting and unnecessary that it completely takes away from the video and makes it harder to understand what's happening.
How to transfer and save all data settings, parameters values, and graphs into pendrive from AFG-2225? I read the datasheet but I could not understand how to "Use the arrow keys and scroll wheel or number pad to enter the starting point"?
How to transfer and save all data settings, parameters values, and graphs into pendrive from AFG-2225? I read the datasheet but I could not understand how to "Use the arrow keys and scroll wheel or number pad to enter the starting point"?
