I don't believe it will reach 5 amps-perhaps 2 or 3 at most. However, the XL6019 datasheet is clear: the minimum operating voltage is 5V. Below this threshold, the switching frequency can fluctuate, or even worse, most MOSFETs require 4V or more on gate to fully saturate. If the voltage drops below that, the IC's internal MOSFET may enter a semi-conductive state, acting as a resistor and dissipating power as heat.
If you have an input of 18,5 W (3,7V * 5A), max output with an 100% efficiency is 18,5W so at 12V A max is 1,54 A (18,5w / 12V) and at 32V A max is 0,578. How can you think of light on a 100w lamp with an available power of 18.5w? The 5 A declared are the maximum possible at the input, the output ones will be: Ao=Vi*Ai*E/Vo where i is input, o is output and E is the conversion efficiency.
what do you think about of 10W 12v bulb? Also, it is not. I was input 5.5A. This is my 3.7v to Boost convater : ua-cam.com/video/8RBCki5A1HE/v-deo.html
The IC datasheet reccommends a minimum input voltage of 5 V. I have tested the module at 4 V and it has the same weird behaviour seen in the video. To write 3-32 volt on the module specs is cheating.
@@homemade_101 Well, you are not the first person to post a video and call it a review. At least you did a demonstration. I have seen a lot of people on UA-cam post 'Reviews' and all they do is read the description that is written on the box the item came in 🙄
3.7v to 12v boost converter : ua-cam.com/video/2Q9osVfkzYg/v-deo.htmlsi=tVavjIPURZvOZjKP
I don't believe it will reach 5 amps-perhaps 2 or 3 at most. However, the XL6019 datasheet is clear: the minimum operating voltage is 5V. Below this threshold, the switching frequency can fluctuate, or even worse, most MOSFETs require 4V or more on gate to fully saturate. If the voltage drops below that, the IC's internal MOSFET may enter a semi-conductive state, acting as a resistor and dissipating power as heat.
yes you are correct
I also tried it but very hot.
If you have an input of 18,5 W (3,7V * 5A), max output with an 100% efficiency is 18,5W so at 12V A max is 1,54 A (18,5w / 12V) and at 32V A max is 0,578. How can you think of light on a 100w lamp with an available power of 18.5w? The 5 A declared are the maximum possible at the input, the output ones will be: Ao=Vi*Ai*E/Vo where i is input, o is output and E is the conversion efficiency.
what do you think about of 10W 12v bulb? Also, it is not. I was input 5.5A. This is my 3.7v to Boost convater : ua-cam.com/video/8RBCki5A1HE/v-deo.html
@@homemade_101✨💎^_^Nice 💖🔥👍
Nothing problem.That converter working correctly. But below 5A.
voltage dropping
4.4 v ৩৫০০Ma ব্যাটারি দিয়ে এটা দিয়ে রাউটার এবং অনু চালালে কতক্ষন থাকবে?
no problem
Can i use this for 24 V and below 5A
And I have a 12 V 10 A input
3A ok
Y la fuente de cuantos amperes es? Si tenés 3 v a 2 amperes en 12 v te va a dar menos de 500ma de salida, verdad?
I did input 5A. drive.google.com/file/d/1aRfQj2Vfkf8p_HJzwZNX2GNEz_uSwfp8/view?usp=sharing
24 / 5.000
The jk is good and very accurate
thanks bro
Can i use it with 12v led television
2A ?
The IC datasheet reccommends a minimum input voltage of 5 V. I have tested the module at 4 V and it has the same weird behaviour seen in the video. To write 3-32 volt on the module specs is cheating.
best one video 1st
Thank you
Can i use this to 19v 3.4amperes
yes
✨💎^_^Nice , and thanks for explaining (by increasing high voltage give low Amper)💖🔥👍
thanks bro
Good job 💥🤟🤟
Thanks 🎉
Max Current?
3A
Hey there I am not smart about electronics number,Can i use this with my 12vdc fan?
yes
How on earth can this be classed as a 'Review' when all it is, is a demonstration without any feedback at all 🙄😒
sorry
@@homemade_101 Well, you are not the first person to post a video and call it a review. At least you did a demonstration. I have seen a lot of people on UA-cam post 'Reviews' and all they do is read the description that is written on the box the item came in 🙄
I think you are wrong.
You have to input 12-20 volt to get 5A current. It will not work if you input below 5 volt.