How to fix a glass ceramic hob that won't turn on

I show you how to REPAIR a VITROCERAMICA, TEKA brand, model TT 600, which does not turn on. Although the model does not matter, since it is valid for all of them.
You can buy the capacitors (capacitors) from these links:
Amazon Spain: amzn.to/3K1pDuC
AliExpress: s.click.aliexpress.com/e/_9GgVSH
Banggood: www.banggood.com/custlink/DvD...
The transformer, is not so easy to find, so I leave you the names, by which you can search it in Google:
Transformer Encapsulated Transformer 12-12V 4VA 115V+115V
TPZ 4 SHORT TRANSFORMER
In these links, you have some transformers, that could be useful for you:
Amazon Spain: amzn.to/3pmhvx1
AliExpress: s.click.aliexpress.com/e/_AMCqTb
Banggood: www.banggood.com/custlink/3GD...
This is the website, of the manufacturer Breve, which is the one from which I have installed the transformer:
www.brevetrafo.com/catalog/tr...
And this one, from the manufacturer Myrra, which has the datasheet clearer:
myrra.com/encapsulated-50hz/
From here, you can buy the cable, which I used to make the jumpers:
s.click.aliexpress.com/e/_AfBgah
Index:
0:00 Introduction.
0:11 Disassembling the glass ceramic.
0:20 Seeing the damaged components.
0:45 Checking if the radiant plates are working.
1:12 Loosening the control circuit.
1:53 Visual inspection of the electronic circuit.
2:04 Measuring with the multimeter the damaged transformer.
2:14 Desoldering the damaged components.
2:32 Seeing the new capacitor (capacitor).
2:49 How to identify the polarity of the capacitor.
3:08 Soldering the new capacitor.
3:13 Testing the circuit with an external transformer.
3:53 Analyzing and adapting the transformer replacement.
4:29 Viewing the transformer datasheet.
4:45 Testing the new transformer externally.
5:20 Adapting the printed circuit board to the new transformer.
6:06 Cutting the tracks to adapt the electronic circuit.
6:24 Marking the holes.
6:31 Checking that the tracks are isolated.
6:51 Drilling the holes for the transformer pins.
7:02 These are the pins, which are left on the transformer.
7:10 Soldering the transformer.
7:29 Preparing the wire for the jumpers.
7:41 Jumping pins 3 and 7 of the transformer.
7:44 Bringing the neutral power supply to pin 5.
7:48 Connecting the secondary pins.
7:55 Testing that the circuit works.
8:12 Mounting the circuit in its plastic box.
8:21 Reconnecting the wiring harness.
8:34 Adjusting the control circuit box, in place.
8:40 Re-checking that everything is working.
8:55 Closing the ceramic hob.
9:08 Glass ceramic repaired!