File:Vhv-hv-transformer.png - Revision history

Jrddunbr at 18:14, 27 November 2017

2017-11-27T18:14:06Z

Jrddunbr at 18:10, 27 November 2017

2017-11-27T18:10:52Z

Jrddunbr: Transformers (really DC/DC boost/buck regulators) convert between voltages. In this case, we are converting VHV cables (in red) at 3.2kV nom. to HV cables (in orange) at 800v nom. This is a 4:1 ratio (and thus 4 VHV cables and 1 HV cable). I also have...

2017-11-27T18:09:55Z

Transformers (really DC/DC boost/buck regulators) convert between voltages. In this case, we are converting VHV cables (in red) at 3.2kV nom. to HV cables (in orange) at 800v nom. This is a 4:1 ratio (and thus 4 VHV cables and 1 HV cable). I also have...

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 Transformers (really DC/DC boost/buck regulators) convert between voltages. In this case, we are converting VHV cables (in red) at 3.2kV nom. to HV cables (in orange) at 800v nom. This is a 4:1 ratio (and thus 4 VHV cables and 1 HV cable).
-I also have an optimal core which has (almost) no loss. Other cores cause energy loss.
+I also have an optimal [[Ferromagnetic_Core]] which has (almost) no loss. Other cores cause energy loss.
 The lower right box is a location to place the casing item, which puts a casing around the item. This is only found in newer versions from the develop branch on GitHub currently as of writing.

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	I also have an optimal core which has (almost) no loss. Other cores cause energy loss.		I also have an optimal core which has (almost) no loss. Other cores cause energy loss.
		+
		+	The lower right box is a location to place the casing item, which puts a casing around the item. This is only found in newer versions from the develop branch on GitHub currently as of writing.