Unveiling the Secrets of Oscilloscopes: TEKTRONIX TBS1000B Series Demo

[@nigelworwood8530]

Thank you. I have gained so much form your video.

[@theengineeringhood3527]

Thanks for watching and your true support Anything else you want me to cover in this?

[@saicharanboddukuri270]

great brother 🎉

[@theengineeringhood3527]

Thanks

[@niteshpandit478]

Kudos buddy, such a great and a practical way to explain. Thanks 👍

[@theengineeringhood3527]

Glad you liked it! thankyou soo much for reviewing

[@lightingstar.5751]

Such an amazing demonstration very useful thanks 🙏🏻

[@theengineeringhood3527]

Thankyou so much ziya ❣️

[@ManteshRedekar]

bro your like IT professor 👍👍

[@theengineeringhood3527]

Thanks for liking

[@shirinsiddiqui8050]

Way to go Ruban Bhaiya ! Nicely explained 🎈

[@theengineeringhood3527]

Thanks Shirin ❤️

[@naderhumood]

Thanks brother. It's deligintly...Great vedio....Good bless you.

[@theengineeringhood3527]

So nice of you, you're most welcome

[@shashikantvitthalraolahade2334]

Great, Thank you so much for such a detailed explanation, very helpful.

[@theengineeringhood3527]

You're most welcome are there any topics on which we should focus on can you please suggest?

[@shashikantvitthalraolahade2334]

Hello Ruban, thank you for message and support. Appriciated. Currently I am working with RF & Communication stuff for my graduate Study. We have devices of Tektronix, Keysight, Agilent and others. It would be great to have similar detailed video (like your TBS1202B Oscilloscope video) for 1. Tektronix MDO3102 Mixed Domain Oscilloscope 2. Tektronix AWG710 Arbitary waveform generator 3. Keysigh E36311A programmable DC power Supply 4. Agilent 8753ES S-parameter Network Analyzer. Thank you so much.

[@theengineeringhood3527]

@@shashikantvitthalraolahade2334 dear sir thanks for this suggestion, if you don't mind can we reach out on message so that it will be great to understand your complete application and what solution we can provide for the same My contact details are [phone] / [phone] Or you can reach out on mail also on [e-mail] Thankyou

[@nikhatkhan9038]

Very well explained! 💯

[@theengineeringhood3527]

Thankyou Nikhat.... Many more to come

[@pratikdethe7036]

👍 learned a lot . very nice😊

[@theengineeringhood3527]

Thank you! Cheers! Many more on the way!!!!!!!!!!!

[@geraldschnal5273]

Nicely done! Lots of info. Does anyone know which Kensington lock can be used to secure the oscilloscope to bench or wall?

[@theengineeringhood3527]

For which series or model you want this lock?

[@sudheerkumar5966]

Very good series Plz make more vedioes

[@theengineeringhood3527]

Uploaded New one, please check my channel. Thankyou

[@hectorfernandez2618]

Does the tektronic tsb 1072B have the mode XY?

[@theengineeringhood3527]

Yes it's available

[@hectorfernandez2618]

@@theengineeringhood3527 I found it! Thank you very much!!!

[@perihangummadova5017]

Jazakallahu Khairan brotheeerrr

[@theengineeringhood3527]

Shukriya, and same to you..

[@sarathicreations1886]

what is the ideal bandwidth oscilloscope required for an electric hobbiest? is 50MHZ enough?

[@theengineeringhood3527]

Dear Sarathi, The ideal bandwidth selection depends on the signal you want to analyze, just take an example if you want to analyze any signal with a frequency of 1MHz there you need an oscilloscope of at least 5MHz bandwidth. hope this answer resolves your query....!

[@Murderonthemoon]

Thanks you very much

[@theengineeringhood3527]

You're welcome 😀

[@t.shravyasree-ie-2435]

If we r checking the volt/div for inrush we keep the bandwidth off ..why? And how to know Freq...how much it requires when we want volts

[@theengineeringhood3527]

Dear Shravya, Inrush is generally a spike or a peak value then gradual decrease in voltage, when it is a spike at that time it might be in few nanoseconds or microseconds at that time the bandwidth of the scope should be set to maximum because the bandwidth rule says that to capture any signal the bandwidth should be atleast 5 time greater than that of the applied signal. You can calculate the frequency of the inrush if it is few ns or ms Thats the reason maximum bandwidth is used at the time of capturing inrush. For more details please feel free to contact me [phone]

[@ajitkarnapa5796]

For the data logging part, I face a problem. The system just showing being verified and it does not end. Will it take a longer time or what?

[@theengineeringhood3527]

Call me on [phone]

[@sudheerkumar5966]

Very good

[@theengineeringhood3527]

Thanks

[@riteshpatil5265]

Nice bro👌

[@theengineeringhood3527]

Thanks 🔥

[@gowthamr435]

Thank you sir

[@theengineeringhood3527]

Welcome

[@govindhaibate4896]

How to look for current waveform

[@theengineeringhood3527]

Set the probe type as Voltage and select measure current yes in that you need to define the probe V/A or A/V factor as per the probe specifications

[@amitavasen4165]

Good explained, but very fast. It cannot flow properly. Can you make it slow as well as hand movements

[@theengineeringhood3527]

You can change the speed of the video on KZbin. ill try to upload a slower version video as well

[@DhavalPatel-uq1wv]

Please help me 230 ac voltage setting

[@theengineeringhood3527]

Which instrument you are using?

[@jackevans2386]

Recalling a waveform is a waste of time because it's just a screen shot. You can't open the waveform up with the 'Scale' control knob.

[@theengineeringhood3527]

Waveforms are stored in 2 formats .csv and image of you recall the .csv waveform you can control the v/div and time/div of the same from the settings

[@jackevans2386]

@@theengineeringhood3527 You cannot open a CSV file with the TBS1000B though. Sure, you can open it in Excell or other, but not the scope.

[@theengineeringhood3527]

@@jackevans2386 Hello you can open the. Csv format in oscilloscope by recalling it on ref waveform. You can use it as a reference for any other signal which is coming. Go to save/recall select recall a waveform, recall it on either Ref1 or Ref2