I can only speak to the US law regarding incandescent, it was VERY targeted, it did not ban incandescent lighting, it only banned certain bulbs that fell below the stated efficiency standards. Any incandescent bulb that meets those standards (which is plenty) is still legal, as well as bulbs in different sizes, bases, specialized bulbs, are all still legal to buy and use.
Overhead lighting
I recently bought this Coffee Scale. It has a horrible built-in LED light, I get dizzy and feel almost sick after looking at it.
There seems no way to disable the light, trying to think I can disassemble the unit to remove the LEDs somehow.
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You should be able to with a hot air station.
Disassemble the unit, find the LED (it will almost certainly be an SMD component) and use hot air to take it off the board. Depending on the board design the unit may work fine without it, or it may expect resistance, so use a multi meter to get the ohm rating of the LED and solder in a resistor of that measurement onto the board where the LED was
If you are not handy with electronics, you should also be able to open the unit up, find the LED, and cover it with flat black paint. That will leave the electronics unmolested but block the light.
Ensete, hi. Thank you for all the information!
1, So one of these is what needed, right?
https://www.amazon.com/Frosted-Incandescent-Service-Medium-Lumens/dp/B07PMLVKBK/
https://www.amazon.com/12-Bulbs-Service-Incandescent-Frosted-Medium/dp/B01N37AQEP/
https://www.amazon.com/CEC-Industries-Frosted-Silicone-Service/dp/B00JS9SAA6/
2, How many watts is better? I see 40, 75, 100
gety9 Some forum members have measured these to be completely flicker free: https://store.waveformlighting.com/collections/a19-bulbs
I think even those bulbs would fail proper testing (with photo diode and oscilloscope). If someone does the camera test, it is no proof of "completely flicker-free". Be careful to use a term like that.
gety9 They'd have to explain how they measure their percentage. There are different formulas which create different percentages. Usually companies use a formula that makes their percentage look better. That company surely did that as you can see by their 15% incandescent flicker, which is very low for an incandescent. A formula that creates a high percentage would be (a-b)/a. As you can see, companies use everything they can to make their products look better. And then look at the "0% flicker" statement. It doesn't mention numbers after the floating point. One might argue it's negligible but however it may not be negligible at all not for users who are sensitive and visit this forum.
I have baskets full of supposedly "flicker-free" bulbs and all of them flicker either a lot (xx.0%) or a little (0.xx%), but the flicker is always measurable. So if there's yet another company making a statement like "flicker-free" or even "completely flicker-free" they better back it up with more than buzzwords.
Are there special requirements for the desk lamp to be able to power incandescent bulp?
I am checking amazon and most lamps require E26 bulp, on 1000bulp website there are incandescent bulps of this type, however top rated review for one of the E26 desk lamps saying that incandescent bulps do no work. (review by Adam Wilson https://www.amazon.com/LEPOWER-Flexible-Eye-Caring-Bedroom-Office/dp/B078W61H9P/)
Too bad waveform lighting doesn't make overhead can lights. The 4 led cans I have in my office are a bit fatiguing.
gety9 Are there special requirements for the desk lamp to be able to power incandescent bulp?
No
however top rated review for one of the E26 desk lamps saying that incandescent bulps do no work.
LED's use DC power. Incandescent bulbs use AC power. You cannot power an incandescent bulb off a fixture designed for LED's. You can run an LED bulb in a fixture made for incandescent by putting the rectifier board in the bulb itself to handle the AC -> DC conversion.
Look for an older lamp that runs off AC, or make your own you can still buy regular old lamp cord and sockets.
is there any DC driven ceiling light LED?
All LED lights are DC
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Incandescent bulbs are good because they have:
-Pro-
No blue light
Red and infrared
Cri 99.9% similar to sun
But...
-Cons-
Flickering
No good for Daylight (no blue)
No energy saver
My suggestion:
A 4000k led (corn style) for day and afternoon
A 2700k led (corn style) for night or an incandescent bulb
A 1800k led or red light led for late night.