Yes, it's a very handy bit of kit, I would like to see more scopes incorporate digital decoding as a standard feature, you hook it to USB data lines and voilà you can see what the data represents
For digital signal decoding a (cheap or expensive) data analyzer (with 8 or 16 channels) will likely be more useful. For around $20 you can get one that can handle up to 8 100MHz signals using sigrok (and the GUI on top of it whose name now escapes me). For Arduino stuff it's great. For really high-speed or wider busses you'll have to open your wallet way more.
@@l0I0I0I0 uff i have a very old tutorial on that: electronoobs.com/eng_arduino_tut10_1.php charge the cap to any voltage through a known value resistor. Measure with the scope the time it takes to reach 63% of that voltage. Divide that time by the resistor value and you get the cap value.
The spectrum analyzer is used to measure all frequencies information on some signals, but the scopes are used to measure the timing information of signal.
Hola. Haces buenos vídeos y sigo tu canal desde hace tiempo. Estoy interesado en una comparativa entre cargadores usb para coches. He buscado en UA-cam y no hay. Un saludo
nice video. I'm looking at the $500 range for my scope. So I'm thinking a budget scope (Rigol or Siglent) is not going to have most of those features as your $3200 scope
I'm not that rich so my scope is the 1000 series and is was around 1500 dollars. But you have the lower series like this one: www.keysight.com/us/en/product/EDUX1052A/oscilloscope-50-mhz-2-analog-channels.html for around 500 dollars.
Greetings! 😀 I really want you to make a video about an ASK based CB frequency radio transmitter for long range serial communication. Because the currently available modules like nrf are very low ranged, I think a custom radio transmitter would be a great idea for such projects. I watched some videos where Arduino timers are used to generate an AC carrier signal with two of its pins. But couldn't find a detailed description anywhere. I hope you try this project 😃 Good luck 🤞
@electroboom I think choosing a suitable legal radio frequency in the Mhz range would be good, because it will have greater range than 2.4Ghz. I would also like to know more about the various anteena designs for such projects 😃 because anteenas matter a lot. Anyways, I hope you look into it 👍
@electroboom I just want to know about a suitable circuit to generate a stable carrier frequency, so it can be turned on or off using a MOSFET, according to the logic level of the serial pins. Btw it would be a great project for something like an encrypted serial audio walkie talkie project 😀
Very nice! I always wondered how the oscilloscope works because it’s so ubiquitous with electronics that you can’t really ignore it
the best training osciloscop for beginner on youtube..thanks
Yes, it's a very handy bit of kit, I would like to see more scopes incorporate digital decoding as a standard feature, you hook it to USB data lines and voilà you can see what the data represents
@@SusanAmberBruce actually this one decodes uart and I2C
For digital signal decoding a (cheap or expensive) data analyzer (with 8 or 16 channels) will likely be more useful. For around $20 you can get one that can handle up to 8 100MHz signals using sigrok (and the GUI on top of it whose name now escapes me). For Arduino stuff it's great. For really high-speed or wider busses you'll have to open your wallet way more.
@@MisterkeTube Yes, I got one, and it was inexpensive.
"What is that screen that you have on your videos" LOL oh Jesus
Finally I understood everything. Thank you so much!
Very good explanation
Thank you brother. Much needed such videos ❤️
Your videos are awesome! Thank you for spending the time to teach people everything there is to know about electronics! 😃👍
Nice video. Educational and examples help.
your skills is amazing sir good job sir and zamzam water
TY! How can we use the o'scope to measure a huge capacitor like 5000 f?
@@l0I0I0I0 use the 63% charging time constant.
@@ELECTRONOOBS ok ty!. How might I do thsy with my hantek handheld, 63% constant?
@@l0I0I0I0 uff i have a very old tutorial on that: electronoobs.com/eng_arduino_tut10_1.php charge the cap to any voltage through a known value resistor. Measure with the scope the time it takes to reach 63% of that voltage. Divide that time by the resistor value and you get the cap value.
@@ELECTRONOOBS Nice ty!
Great video, thanks for sharing.
Keep going! ❤
That's the plan! :))) thanks
Oscilloscope and spectrum analyzer are they similar? What is the difference between them?
The spectrum analyzer is used to measure all frequencies information on some signals, but the scopes are used to measure the timing information of signal.
Hola. Haces buenos vídeos y sigo tu canal desde hace tiempo. Estoy interesado en una comparativa entre cargadores usb para coches. He buscado en UA-cam y no hay. Un saludo
I want to use my bitscope but am afraid to make a mistake and break it.
nice video. I'm looking at the $500 range for my scope. So I'm thinking a budget scope (Rigol or Siglent) is not going to have most of those features as your $3200 scope
I'm not that rich so my scope is the 1000 series and is was around 1500 dollars. But you have the lower series like this one: www.keysight.com/us/en/product/EDUX1052A/oscilloscope-50-mhz-2-analog-channels.html for around 500 dollars.
Someone is telling me that the oscope is only for measuring voltage over time. Do i hear it right?
Greetings! 😀 I really want you to make a video about an ASK based CB frequency radio transmitter for long range serial communication. Because the currently available modules like nrf are very low ranged, I think a custom radio transmitter would be a great idea for such projects. I watched some videos where Arduino timers are used to generate an AC carrier signal with two of its pins. But couldn't find a detailed description anywhere. I hope you try this project 😃 Good luck 🤞
@electroboom I think choosing a suitable legal radio frequency in the Mhz range would be good, because it will have greater range than 2.4Ghz. I would also like to know more about the various anteena designs for such projects 😃 because anteenas matter a lot. Anyways, I hope you look into it 👍
@electroboom I just want to know about a suitable circuit to generate a stable carrier frequency, so it can be turned on or off using a MOSFET, according to the logic level of the serial pins. Btw it would be a great project for something like an encrypted serial audio walkie talkie project 😀
👍