Video

I cannot undersand 😢

Please explain with calculation

Thank you very much, your tips were very helpful

I couldn't understand where there is a piece of background music.. but still thanks for sharing

Hello sir, we are using 2750 DMM, how we set using front panel as in (R) mode/position

excuse me, i can't open data file, software announced an error "I/O error 103", how can i fix it? thank you

valo hoyeche video ta. IIT Kharagpur theke bolchi

Very interesting.

Hello sir while taking the value of R1 in ohm what value should i take initial value or error%? Kindly clear my issue?

which are dielectric elements in the chemical periodic table?

I have raw data with LogF, Real and Imginary is in -ve form. When I was trying to make eis file then first column contain real part and second column contain +ve imaginary and frequency taken in LogF , but I fail always. Please help me

Wonderful demonstration

Music low karo. Ur words r burried in noise.

Your voice is enough to hear properly. But bcz of loud background music it is difficult to hear. Can you remove background music.

Nice

could you explain cole-cole plot also, and what information we are getting from the graph?

How to remove the error of floating point division by zero

Music noise greater than voice signal. Plz enhance Signal to noise ratio 😂. U should check before uploading otherwise lock in will go bad😂

Still all non-conductors have a dielectric constant greater than 1, it's just that they are non good dielectrics.

background makes ur content not understandable--- plz remove background music

Thanks for sharing the understanding of time constant. But it would be better to remove the background music which kind of messes up the quality.

Cut the shit music, so annoying but good video

I have an external frequency of 50.07 k Hz , how to set lock in amply

Hello, the EIS Spectrum Analyser Software download link is not working. I would appreciate if you can help me where I can find and download the application.

Good one. I think using the highlight execution helps a lot to understand the sequential execution.

Man, you are the best 😊

🔥

Terrible explanation

I can’t seem to get to the download page for installation, can you please help with alternative download link please 😢.

I’m having issues with getting through the download site, kindly help with another download link, thanks.

The sound background from your voice was a live example of how unconformable is to have a noise background of an amplitude higher than your signal?

Download link not working

Good one

could you upload this video again without background music

The program does not work when I want to insert a text file .. An invalid message appears. Possible solution to the problem

Can you please tell me how can I add a DC offset to sine-out of the lock-in? I need to keep the reference frequency low, preferably below 100 Hz but no commercial bias-tee comes with a such a low freq cut-off. I need to reference a DC + AC through the sine-out.

Hi, It's an informative video. I have the same instrument in my lab. I am new to it. Will it be possible to share the LabVIEW code? Thanks

Helped greatly. I followed these steps but had a point introduced at x,y (0 , 0). I observed the 201 at the top left corner on the data sheet introduces it and when I removed it, the data could not loaded on the software. This point makes fitting impossible, please help

Thank you very much sir, I wish if you provide us with another video showing some complex graphs. 🙏🌹

Nice video, can you please tell some of the references for the explanation which one can read. Thank you

Very interessing , thanks .

6:40

Do you have also video for tube?

Such a good video ruined by the stupid idea of adding background music .

Extremely bad sound quality.

1)Why we use Point probe can we used wide probe 2) can we measure voltage from outer and current from inner probe 3) If current not constant then what happnen become where we measure voltage current not flows pelase clear this

Why we apply correction factor when S>>t ? Some people say to remove contact resistance and you said conact resistance is already removed then when we apply G7 factor now I am confused resistivity not depend on dimensions so how resistivity change with thickness used

Can you explain more about auxiliary output

Can you upload a video on how to display the output in LabView NXG? Thank you fir your outstanfing videod

I expected this