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| TH2830 vs TH2832 |
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| KungFuJosh:
--- Quote from: Martin72 on January 13, 2024, 11:13:21 pm ---This cannot be recorded in this way either; it is a calculated variable that only "works once", for example. You had intended 1nF/1kHz for this, then you only get one value, namely the value for 1kHz. In your next table, I would not include this as a range to be tested. --- End quote --- I copied the note from the cal cert that was shared: |
| Martin72:
Ok, Then I have to say it the way you wrote it in your table. ;D It may also mean something other than the DF that comes to mind. Edit: Ah, this could be different 10nF caps... |
| KungFuJosh:
--- Quote from: Martin72 on January 13, 2024, 11:43:52 pm ---Ok, Then I have to say it the way you wrote it in your table. ;D It may also mean something other than the DF that comes to mind. Edit: Ah, this could be different 10nF caps... --- End quote --- I still have no idea how to test it. 😉 |
| Martin72:
It can only be that capacitors with different dissipation factors but the same capacitance have been used. This is because the frequency and capacitance are the same for all ranges (10nF/1kHz). But now find the right capacitors for it... Or the different losses were created "artificially". Tonghui should know. |
| KungFuJosh:
--- Quote from: Martin72 on January 14, 2024, 12:08:44 am ---Tonghui should know. --- End quote --- 🤣🤣🤣 They should, but if they do, they'll never tell me. They're terrible. I sent my results to my ST contact. If he knows, he might tell me. |
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