Converting a fluorescent lamp to an LED lamp

Respect to the author!!! Only there is one small request - you can indicate the full markings and nominal values ​​​​for all elements, otherwise it is not entirely clear what a 300k resistor is or, for example, a 1-watt DC resistor (what does 200 mean). In general, I would like more details!!! Thank you very much in advance!!!

Read a book like "Designation of elements on radio electronic circuits." 200 is 200 ohms.

Hmm... 12V at 6 LEDs, not enough? The operating current of the zener diode is 10mA. It hasn't burned yet..? So turn on the zener diode..... barbarian.

Go read books.Depending on the letter index, the stabilization current can easily hold up to 1A. and the stabilization voltage can be from 5.5 - 36 Volts. The circuit is working, albeit with low efficiency. This scheme has already become a “classic” in the transformerless conversion of electricity!

The article is generally mysterious. The reflector holes do not align with the holes on the cover, and LEDs These have a lens, their light is directed in such a way, how can you illuminate a room with these? I saw LED construction floodlights and there are flat ones without lenses similar to smd LEDs they would be ideal, but this may only be suitable for a small redwood tree

Hello, in general, to be honest, the circuit described above on D 814 is, to put it mildly, nonsense, and the lamp will ultimately have very low brightness, if I’m not mistaken, this zener diode is 12 V and 0.1 A. The connection diagram is not attached LEDs, a maximum of 12 V, you can put 3 of them in series and so 2-3 parallel branches of 3 diodes each, you get a maximum of 9 LEDs 30mA for each.. it will be a bit thin.
I made it simpler, the rectifier is also on 4 diodes or on a ready-made bridge. input resistance is 10 ohms with a power of 0.5 W, a film capacitor in series is 1 µF 250 V. an electrolyte is placed at the output from the rectifier depending on the series connected LEDs, the drop on each is approximately 3 volts, therefore if you turn on 15 LEDs and put the electrolyte at 50 V 500 μV, this will be quite enough and the brightness will be decent, you can have several lines of 15 LEDs, increasing the capacitance of the capacitor in front of the rectifier.

I feed 10 watt according to this scheme Light-emitting diode though not at full power, 70 percent to illuminate the steps I use it with a presence sensor, it shines very brightly.

So there, everything seems to be clearly described: a 100-200 Ohm resistor can be used for 0.25-0.5 W, at the input there is a 1 W 200 Ohm resistor. A 200n capacitor is 200 nanofarads (0.2 uF), 1n4007 diodes are used in any energy-saving device, it can be used instead nick Soviet KD105B, Zener diode D814B, DC output capacitor 10 μF, preferably at least 25 volts

It turns out interesting: a reactance of 200n at 50Hz is 16k, while the short-circuit current is only 14mA, so how can you regulate the output current of 20-50mA?

The most reliable voltage reduction devices are transformer ones. Switching the lighting network in an apartment or house to low voltage is not a problem. Option - switching a group or one socket to lower. eg The only inconvenience is to hide or disguise the power supply. And it (with a power of 250 watts, the size of a YaTP-0.25) is no larger than factory power supplies. The most important thing is to be safe.