thank you, very helpy ! 2questions on electrlytic aluminium models. 17 100 VZA i suppose it is 100 mf. V= 35 V 17 = ? and is it efficient to test on board without soldering ?
Thank you for your questions. For the electrolytic capacitor labeled "17," it typically refers to the capacitance value in microfarads (µF), which in this case would be 17 µF. Regarding testing capacitors on the board, it is generally more effective to desolder them for accurate measurements. However, some multimeters allow for testing in-circuit, but be aware that other components can influence the readings. If you have more specific scenarios or details, feel free to share!
Thanks for your teaching today I'll continue to do my work through this as technician
Bravo , you are doing an extraordinary job.
Great as usual, thank you for making these!
My pleasure!
Thank you very much... I just started learning from you brother... Million Thanks... You are best teacher... 🙏😍
It's my pleasure
thank u so much sir, i am from Nepal.
You are most welcome
Excelent , made with love ! ⭐⭐⭐⭐⭐
Thanks for listening
Thanks! Very informative👌👍
excellent video
Thank you very much!
the capacitances you state for the tantalum capacitors are incorrect
It is v good& keep it up !
Thank you, I will
thanks
Welcome
Thank you sir 🙏
Most welcome
Ta7iyati bro 3andi wa7ed lcondensateur electrolytic SMD fiha 6t ta7tha 10 ta7tha 66 ma3rftch l value dyalha 9lebt tableau walo 6t 10 66 big up bro keep going
10 66 is what matter, 10V 66micoF
So It doesn't matter the order of the value because i was confused about 6t what does it mean and thanks for your time ❤
Thank you
You're welcome
What multimeter can you recomend ?
brymen 869s or fluke 289/87v or hioki 4256.. buy once forget
thank you, very helpy ! 2questions on electrlytic aluminium models.
17
100
VZA
i suppose it is
100 mf. V= 35 V
17 = ?
and is it efficient to test on board without soldering ?
Thank you for your questions.
For the electrolytic capacitor labeled "17," it typically refers to the capacitance value in microfarads (µF), which in this case would be 17 µF.
Regarding testing capacitors on the board, it is generally more effective to desolder them for accurate measurements. However, some multimeters allow for testing in-circuit, but be aware that other components can influence the readings.
If you have more specific scenarios or details, feel free to share!
Hi, pls tell me whats the value of this capacitor :
100 16S 246
❤❤
More vedio sir
Sure