Download HP A RF IMPEDANCE-ANALYZER OPERATION SM service manual & repair info for electronics experts. The HP A RF Impedance Analyzer measures 14 parameters Parameter measured: IZI, Swept measurement: manual or automatic sweep from start to. Agilent A Test Fixture. Operation and Service Manual. Third Edition. Agilent Part No. February Printed in Japan.
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I have worked with the A and, as I recall, the commands are nothing like any other instrument I have seen.
IIRC, the sweep parameters were something like this: Would you mind posting the code you used on the A? When I gave it a try, though, it worked fine.
4191A RF IMPEDANCE ANL
Message 2 of 6. Accepted by topic author Matt C. In the code above, MHz is an arbitrary frequency. Message 6 of 6. Message 4 of 6.
Sorry, that last line of code there is supposed to read: Matt – you’re right, the commands for the A are completely different from the – probably because of its age.
Has anyone done anything on interfacing with the A since Matt C’s last post? The forums emoticons took over for a bit there. Message 3 of 6. Message 5 of 6. Good luck with it I think the would probably take the old commands, but the ALSO has new commands.
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It’s 84MB, so I hope you have a fast link. Most Active Software Boards: If not, what hp419a creating a driver for it entail? You really need the manual. I went through the manual before, but when I saw their GPIB section, the strings were so convoluted and so unlike anything I’ve ever seen before that I assumed it was referring to something different.
Auto-suggest helps you quickly narrow down your search results by suggesting possible matches as you type. In particular, after setting up and initiating the instrument, I am initiating the measurement and reading it as follows: Thanks for your help guys.
I am able to communicate with the device through the GPIB interface, and am also able to retrieve information. I have not worked with that instrument, but the Agilent web site has the operating and service manual here.
Message 1 of 6.
Guess you never know until you try! However, rather than being returned the data at MHz, I am returned the data at whatever frequency the analyzer is currently set at. In particular, after hp411a up and initiating the instrument, I am initiating the measurement and reading it as follows:. I suspect that this difference might be causing my problems.
Should I be looking at doing it with LabView or something else?