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Changes to Step #3

Edit by Melanie McCabe

Edit approved by Anthony Fassler

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-[* black] This is an exemple of an electronic diagram of a toaster temporization. The manufacturers use various assemblies often based on a frequency oscillator and a timer. The setting of the temporization is done with a potentiometer (P1 here).
-[* icon_reminder] In fact, every device being a pecular case, we won't study the electronic performance in this document.
-[* icon_note] The ***tip*** of modification is worth noting, it is on the bottom of the document and prolongs the longevity of the contacts of the bipolar switch (see the chapter on the origin of toasters' breakdowns) Necessary tools: 1 triac BT138 + 1 resistance 4,7k
+[* black] This is an example of an electronic diagram of a toaster timer. The manufacturers use various assemblies often based on a frequency oscillator and a timer. The setting of the time is done with a potentiometer (P1 here).
+[* icon_reminder] Each device is slightly different, so we won't go into the detail of the electronics here.
+[* icon_note] The modified ***tip*** at the bottom of the diagram is worth noting. This prolongs the longevity of the contacts of the bipolar switch (see the chapter on the origin of toasters' breakdowns) Necessary tools: 1 triac BT138 + 1 resistance 4,7k
[* icon_note] Source: http://www.rvq.fr/tech/g-pain.php