Відео

haha Japanese ❤😂

Hi, do you have any videos using the E4991B with N15001A dielectric probe?

upload video of transient response of a diode in ADS

Thanks. You should continue with ADS series, i like your videos

Hi, what are the permeability measurement's basis principles? If I want to measure the material complex permeability with the 16454A fixture, what is the excitation direction of the applied magnetic field?

Thank you Sir. This is very helpful.

great video, how can i get the free license for learning usage? many thanks!

Hi Mr. Tsuyoshi. You should make more videos

Hi Mr. Tsuyoshi. If i need to compare de input power vs impedance how can i do it?

Hello! Thanks for these fascinating videos. Tell me, how can I plot the efficiency while keeping the power constant to see the maximum efficiency value based on the load resistance?

cool, thanks

Good job. For the audiance, on a VNA you can select genderless because the ISS for a probe as no gender. From the Video, I understand that TDR seems to not accept a definition with genderless.

Nice👍

Such a good explanation, thank god I can understand japanese from watching anime

Hi...I wanted the settings of the TRL calibration. It would have been better for me if you have showed the rest of the standards for TRL calibration. Here you have showed the standard for TRL Thru only. I want to know the settings of the standard for TRL line/match and TRL reflect.

Sir, please provide me LabVIEW program for Keysight impedance analyzer E4990A

Hi Tsuyoshi Ishii, we are trying to setup the Option 007 temperature characteristic kit with the E4991B but the "Cal Comp" menu is unavailable. We need to compensate for the additional length of the leads that run into the chamber. Can you help us? Thank you Marc Izzi

Dear sir, I'm having problem in determining the bias of the transistor. I'm designing a Doherty PA and need C class bias for the transistor (TGF2977-SM), but how to determine voltage of C class of the transistor? I hope you can help me answer it. Thank you very much.

Thanks for asking. 1. In general, coils and magnetic materials may show dependence on the current level. On the other hand, capacitors and dielectrics are measured voltage dependent. 2. For the purpose of looking at the frequency characteristics, 2mA is a low enough level that it does not depend on the signal level of the sample.

hello would like to ask 1. Why does OSC use current 2. Why use 2mA for OSC level

Thanks for your effort. It's clear on setup for diff-Z measurement

Tsuyoshi san, thanks for the detailed explanation. I really enjoyed it

Hello Tsuyoshi! Even if I don't speak japanese your videos have been very useful. In my job i am trying to control and obtain data with a Keysight VNA and so far with the help of your videos I have been able to control most of the parameters i need in my job. I have not been able to extract the data. Could you help me with that please? I would simply like to get the data on my vna screen inside my python notebook. I am using an E5071B. Thank you!😄

First I must say thank you for the tutorial! But I have a question: I do all the steps you did, but if I am typing in 'rm.list_resources()' the output is just '()'. What did I do wrong?

Hi, its a pitty you dont do more HT basic; virtually nothing on video that I could find other than this

こんにちは。 AFRも同様にprogramming可能でしょうか？

16.0.14827.20158で解決しましたね

Still understand with zero Korean

what is that music

hi sir , i would like to consult your vba code . Can you put it in the comment section below?

何がなんだか、

私はベトナム人🇻🇳 現在　分析方法を勉強しるけどうあまり分からない 先生のビデオを見てたら少しわかるし　素晴らしいビデオ

初めてまして　先生

Here is a drive i wrote for this device github.com/EliArad/P937XA

thank U alot~！

Good job folk. Much needed info for an instrumentation and RF engineer.