Supercapacitor Emergency Flasher (charge in 1 min)
How I converted a trashed laser copier or printer into a super bright homemade LED spotlight crank generator with a supercapacitor for energy storage. It's easy to use, compact, well made, extremely reliable, bright, no batteries or bulb, and ideal for survival emergency LED spotlight use. Recycling trash. Never be without power! Enjoy the video.
Support the creation of new videos on my channel by watching ads placed on my videos, shopping for items shown in my videos(No additional cost to you) at the Banggood & Aliexpress links provided. You can also support my work by making a Paypal donation. All donations, big or small, are greatly appreciated since a large number of the videos I produce don't go viral and make all the hours of work I put into them worthwhile. Thank you!
How to build a Supercapacitor Power Bank. In this video, I tried to make a supercapacitor power bank at home. I used supercapacitor balancing boards to assemble supercaps in series and parallel safely. Balancing boards protect capacitors from over voltage damage. Each capacitor is rated 2.7V 500F. The total value of all 10 supercaps is 13.5V 200F. The average charging time for this pack was 8 minutes when I used car battery slow charger. For further information, watch my Supercapacitor 1 and 2 videos. The links are below. If you like this video, kindly subscribe and share pls.
Welcome to our YouTube channel! In this video, we explore the fascinating world of supercapacitors and their charging and discharging times. We'll specifically focus on two supercapacitors: one with a capacitance of 1F and voltage rating of 5.5V, and another with a capacitance of 1.5F and voltage rating of 5.5V.
Throughout the demonstration, we'll be using a load consisting of three 5mm LEDs and a DC voltmeter. This setup will allow us to observe the behavior of the supercapacitors as they charge and discharge.
Join us as we measure the charging and discharging times of these supercapacitors, showcasing their incredible capabilities. Witness the speed and efficiency of these energy storage devices as they power the LEDs and provide real-time voltage readings on the voltmeter.
If you're curious about supercapacitors and want to understand their charging and discharging characteristics, this video is a must-watch. Get ready to be amazed by the impressive performance of these cutting-edge energy storage solutions.
Don't forget to like, comment, and subscribe to our channel for more exciting experiments and informative content on the latest advancements in technology.
Supercapacitor Emergency Flasher (charge in 1 min)
How I converted a trashed laser copier or printer into a super bright homemade LED spotlight crank generator with a supercapacitor for energy storage. It's easy to use, compact, well made, extremely reliable, bright, no batteries or bulb, and ideal for survival emergency LED spotlight use. Recycling trash. Never be without power! Enjoy the video.
Support the creation of new videos on my channel by watching ads placed on my videos, shopping for items shown in my videos(No additional cost to you) at the Banggood & Aliexpress links provided. You can also support my work by making a Paypal donation. All donations, big or small, are greatly appreciated since a large number of the videos I produce don't go viral and make all the hours of work I put into them worthwhile. Thank you!
How to build a Supercapacitor Power Bank. In this video, I tried to make a supercapacitor power bank at home. I used supercapacitor balancing boards to assemble supercaps in series and parallel safely. Balancing boards protect capacitors from over voltage damage. Each capacitor is rated 2.7V 500F. The total value of all 10 supercaps is 13.5V 200F. The average charging time for this pack was 8 minutes when I used car battery slow charger. For further information, watch my Supercapacitor 1 and 2 videos. The links are below. If you like this video, kindly subscribe and share pls.
Welcome to our YouTube channel! In this video, we explore the fascinating world of supercapacitors and their charging and discharging times. We'll specifically focus on two supercapacitors: one with a capacitance of 1F and voltage rating of 5.5V, and another with a capacitance of 1.5F and voltage rating of 5.5V.
Throughout the demonstration, we'll be using a load consisting of three 5mm LEDs and a DC voltmeter. This setup will allow us to observe the behavior of the supercapacitors as they charge and discharge.
Join us as we measure the charging and discharging times of these supercapacitors, showcasing their incredible capabilities. Witness the speed and efficiency of these energy storage devices as they power the LEDs and provide real-time voltage readings on the voltmeter.
If you're curious about supercapacitors and want to understand their charging and discharging characteristics, this video is a must-watch. Get ready to be amazed by the impressive performance of these cutting-edge energy storage solutions.
Don't forget to like, comment, and subscribe to our channel for more exciting experiments and informative content on the latest advancements in technology.
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