The reason behind the battery is to get rid of the cables. What if there is no plug available? After the blackout you will need a battery operated clock to adjust the modified one.
@@ElectroRobotics-qo2er What support, He is mocking you for wasting his time. Instead of doing this, you should use laptop battery and connect with charger so once the batery is down, they can recharge it while the clock is still working without the electric cord If I were you, I will remove this video because it is damage or insult to your intelligence!
Testing the voltage touching the leads with your fingers? I wouldn't do that. The LED lamp is not isolated and you can get high voltage from any point to earth, through your body.
I have done it with a cell phone charger, but I added a rechargeable battery in parallel. So it can stand power outages without needing for a re-adjustment
Use a 5v cellphone charger to power up the buck converter ang adjust the output to 1.5v and connet it to the wall clock your wall clock will function simple idea
Even fast-forwarding through the nonsense, that's *still* about 5min of my life I'll never get back. Dropping in 1 battery every year or two, vs keeping a 6W bulb powered 24/7/365... and covering up the LEDs yet if the light's too distracting?? Oh brudduh...
Ja, kann man so machen. Geh ich aber von einem Verbrauch von 3Watt für die Leds als Spannungsteiler aus, komme ich auf 26,3kw pro Jahr. Bei 0,4€ pro kwh sind das 10,40€. Dafür gibts zb bei Ama... 38stck AA Alkaline Zellen, die für 38 Jahre die Uhr betreiben. Mit dem LED Spannungsteiler zahle ich in 38 Jahren 395,2€ an Strom. Nur so als kleine Kosten/Nutzenrechnung.
A wall clock which consumes 52 kWh per year... It's easier to stick your hand into the battery recycling bucket at a shop entrance, half of them are new
Good video! BUT-WHAT IF, after all, I PUT a 1.5V battery to avoid stopping when we have a power loss? Will the battery be charged, and will the clock still work? And how long will the battery be in good condition in this case? :)
I applaud the use of an AI English voice for clarity, but they're not perfect. Some post translation editing would fix errors and make it sound more natural. Also, instead of using a power supply pulled from a LED bulb and risking electrocution you could simple use a 5V USB cellphone charger. They're small, only 2.5cm x 2.5cm x 2.5cm (one inch cube) and only cost $1 to $2 US in dollar stores around the world.
@ElectroRobotics-qo2er Good job, great idea.✅ You can expand this to be a Lamp and Clock, all in one. 👉ignore the hater's, their ignorance betrays them👈
Break a WORKING LED bulb to power a wall clock which would run on AA batteries for years risking to burn down the house and using more energy (6W for the whole ensemble for a clock that needs 4.5mW)? Yea, pointless.
Good for knowledge but not usefull. # if there is power shedding you have wrong time again and again # continuous consumption of led power/light. wastage of electricity even when it's not required to switch on.
The reason behind the battery is to get rid of the cables. What if there is no plug available? After the blackout you will need a battery operated clock to adjust the modified one.
dont say that lol' he worked hard on this useless project
your videos is very very important and can understand..good luck!!!
Thanks Sisirakumarsinha for the comment and your support.
@@ElectroRobotics-qo2er What support, He is mocking you for wasting his time.
Instead of doing this, you should use laptop battery and connect with charger so once the batery is down, they can recharge it while the clock is still working without the electric cord
If I were you, I will remove this video because it is damage or insult to your intelligence!
It is very good for learning and DIY.
Interesting... but you are mad as a box of frogs. ;)
Testing the voltage touching the leads with your fingers? I wouldn't do that. The LED lamp is not isolated and you can get high voltage from any point to earth, through your body.
I have done it with a cell phone charger, but I added a rechargeable battery in parallel. So it can stand power outages without needing for a re-adjustment
Use a 5v cellphone charger to power up the buck converter ang adjust the output to 1.5v and connet it to the wall clock your wall clock will function simple idea
Well that was certainly an interesting way to make an electric wall clock, great back of the napkin diagram.
Helps teach electronic theory.
Even fast-forwarding through the nonsense, that's *still* about 5min of my life I'll never get back.
Dropping in 1 battery every year or two, vs keeping a 6W bulb powered 24/7/365... and covering up the LEDs yet if the light's too distracting?? Oh brudduh...
A lot safer mod use an usb charger and drop the voltage or use old lion battery and a usb charger.
Wait what's the point of not using the broken LED light isn't this to recycle old bulbs that you're not using.
better use accu's from discarded vaps!
Ja, kann man so machen. Geh ich aber von einem Verbrauch von 3Watt für die Leds als Spannungsteiler aus, komme ich auf 26,3kw pro Jahr. Bei 0,4€ pro kwh sind das 10,40€. Dafür gibts zb bei Ama... 38stck AA Alkaline Zellen, die für 38 Jahre die Uhr betreiben. Mit dem LED Spannungsteiler zahle ich in 38 Jahren 395,2€ an Strom. Nur so als kleine Kosten/Nutzenrechnung.
Through AI, an Indian guy has become a professor and gained an Anglo-Saxon voice. For the intelligent wise, still an Indian.
See you in moon, if your country could. 😂
A wall clock which consumes 52 kWh per year... It's easier to stick your hand into the battery recycling bucket at a shop entrance, half of them are new
Good video!
BUT-WHAT IF, after all, I PUT a 1.5V battery to avoid stopping when we have a power loss? Will the battery be charged, and will the clock still work?
And how long will the battery be in good condition in this case? :)
I applaud the use of an AI English voice for clarity, but they're not perfect. Some post translation editing would fix errors and make it sound more natural. Also, instead of using a power supply pulled from a LED bulb and risking electrocution you could simple use a 5V USB cellphone charger. They're small, only 2.5cm x 2.5cm x 2.5cm (one inch cube) and only cost $1 to $2 US in dollar stores around the world.
Smart. Tho, around here, the batteries are more reliable. I know, pretty sad, huh?
All this so you dont have to change a battery once a year ? and you have to run it from a socket pointless
@ElectroRobotics-qo2er
Good job, great idea.✅
You can expand this to be a Lamp and Clock, all in one.
👉ignore the hater's, their ignorance betrays them👈
good work but i have a question, how can i get rid of all the cables and stuff around? thanks
Pointless exercise
Break a WORKING LED bulb to power a wall clock which would run on AA batteries for years risking to burn down the house and using more energy (6W for the whole ensemble for a clock that needs 4.5mW)? Yea, pointless.
This gentlemen never heard of the ENERGY CONSERVATION LOW.
關於節能 電池 可以並聯「蕭特機二極體避免電池逆向充電」4.7KΩ給4到12伏特輸入「紅色LED端子」中性線與電池並聯 只給時鐘1000μF電容電壓讓時鐘正常運作
更好的解決方式是使用LED燈絲來做光源 以及紅光發光二極體限壓 470KΩ與整流二極體整流1000μF10V電容器提高電流
LED燈絲以另外電路「68KΩ降壓 共用整流二極體 22μF400V濾波」
高壓電先經過1N4007整流二極體一根再經過470KΩ與1000μF10V電容電容並聯紅色LED然後並聯給時鐘電源後中性線
另一電路為在整流二極體裝個22μF電容與中性線、以及47KΩ然後輸出給LED燈絲 後裝到中性線
Just buy an ac clock
Why don’t I just convert it to a rechargeable battery and write the numbers of the clock to a solar cell?🙈🧐
Will work but what a waste. lol
:)
T w o
Ridiculous.
You can't see the forest for the trees?
Super🎉🎉🎉🎉🎉🎉❤❤❤❤
The narrator needs ESL lessons.
Good for knowledge but not usefull.
# if there is power shedding you have wrong time again and again
# continuous consumption of led power/light. wastage of electricity even when it's not required to switch on.
Cool
It seems like you are out of contents. Useless project.
Rubbish.
Why don’t I just convert it to a rechargeable battery and write the numbers of the clock to a solar cell?🙈🧐