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Understanding Ceramic Capacitor Dielectrics: codes, classes, C0G, X7R . . 

ElectronicsNotes
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This video explains the secrets about ceramic capacitor dielectrics and their codes or designations.
Ceramic capacitors are the most common form of in use in electronic circuits today, but their dielectrics and designations are not widely understood. Designations such as C0G, X7R, Y5V and many others are often seen, but their means are not widely understood. In this video we explain all the information that is needed to be able to decode the performance expected.
We provide the information about the two main classes of dielectric used these days, explaining the rationale behind the coding and giving examples. We reveal the types of circuit application for C0G or NP0, Y5V, X7R and the like.
In the video, we also provide information about some of the typical uses for the various types of capacitor so that it is possible to understand which type to use in a given position in a circuit design. Where might a C0G capacitor be used, or where an X7R one of a Y5V ceramic capacitor might be ideal.
More information about ceramic capacitors including the various dielectrics and their designations as well as the tables can be found at: www.electronics-notes.com/art...
General information about capacitor codes and markings: www.electronics-notes.com/art...
Understanding the different types of capacitor: www.electronics-notes.com/art...
Associated website: www.electronics-notes.com
Please don't forget to subscribe to our RU-vid channel: ru-vid.com?...

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6 июн 2023

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Комментарии : 9   
@edgeeffect
@edgeeffect 6 месяцев назад
It'd be so cool if there was something like "macinerys handbook" for electronics... a single book with tables of dilectric codes, ESRs... all that sort of thing. :)
@ElectronicsNotes
@ElectronicsNotes 6 месяцев назад
I’ve not come across a book like that, although it doesn’t mean to say there isn’t one.
@zaidhussain5206
@zaidhussain5206 6 месяцев назад
Thank you so much for this tutorial, it is very informative to me.
@ElectronicsNotes
@ElectronicsNotes 6 месяцев назад
I’m really glad you like it and found it useful. Thank you for commenting.
@ricksampson6780
@ricksampson6780 Год назад
Excellent content, can you please consider a review of Piezo devices, thanks.
@ElectronicsNotes
@ElectronicsNotes Год назад
Thanks - glad you liked the video. As fort he piezo devices, did you have any particular type in mind: sensors, audio transducers, quartz or other resonant devices or just the concept of piezo electricity. That would help me focus better on what to do. Thanks for the suggestion.
@ricksampson6780
@ricksampson6780 Год назад
@@ElectronicsNotes Perhaps the origin of piezoelectricity would be of interest to your viewers, the subject is too broad to cover everything in detail, cheers.
@ElectronicsNotes
@ElectronicsNotes Год назад
@@ricksampson6780 Thanks for the idea. I'll investigate. It could be difficult to cover, but I'll certainly look at the possibility. Thanks.
@ricksampson6780
@ricksampson6780 Год назад
@@ElectronicsNotes Thanks, much appreciated.
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