identificate component

[k.valentino]

Hi , need help to identificate one component marked as 822K 6011. I need to replace it, it’s blown.

[Zero999]

It's a capacitor. The first two digits represent the value in pF, with the last digit, the number of zeros, so that's 82 00pF, or 8.2nF and K means 10% tolerance.
https://www.engineering.com/ElectronicsDesign/ElectronicsDesignArticles/ArticleID/16388/How-to-Interpret-Capacitor-Markings.aspx

[k.valentino]

It's a capacitor. The first two digits represent the value in pF, with the last digit, the number of zeros, so that's 82 00pF, or 8.2nF and K means 10% tolerance.
https://www.engineering.com/ElectronicsDesign/ElectronicsDesignArticles/ArticleID/16388/How-to-Interpret-Capacitor-Markings.aspx

Is it without polarity?

[Zero999]

It's a capacitor. The first two digits represent the value in pF, with the last digit, the number of zeros, so that's 82 00pF, or 8.2nF and K means 10% tolerance.
https://www.engineering.com/ElectronicsDesign/ElectronicsDesignArticles/ArticleID/16388/How-to-Interpret-Capacitor-Markings.aspx

Is it without polarity?

Yes. The low value (under 1µF) and lack of a polarity marking, indicate it's non-polarised.

[gamalot]

I think it is a 8.2uH chip inductor from TDK(EPCOS).

https://www.tdk-electronics.tdk.com/inf/30/db/ind_2008/b82422a_100.pdf

[gamalot]

Found a lot of similar pictures on Taobao, now there is no doubt that it is the inductor produced by EPCOS.

[k.valentino]

Thanks Zero999 and gamalot!
Yes, it really looks like it's a inductor 

[Zero999]

I think it is a 8.2uH chip inductor from TDK(EPCOS).

https://www.tdk-electronics.tdk.com/inf/30/db/ind_2008/b82422a_100.pdf

Thanks. I feel a little bit embarrassed for suggesting it was a capacitor. I've not seen an inductor which loos like that though.

Thanks Zero999 and gamalot!
Yes, it really looks like it's a inductor 

I was going to suggest testing for continuity to confirm it's an inductor, but the part is bad, so it will probably be open circuit.

[gamalot]

Thanks. I feel a little bit embarrassed for suggesting it was a capacitor. I've not seen an inductor which loos like that though.

Yes I does really look like a capacitor.