@@Electronic_For_You Thank you for your answer. I noticed when you put some load @22:47, voltage increased from 220v to 230v. I am having the same problem in a lab power supply that i am building and don't know why this overshooting is happening. I suspect OP AMP gain but have no expertise on this. Do you have please some advise ? Thanks.
my last try to make an inventor i burn 10 mosfet 😂 i test it with 1A its working fine then when i test it with battery car 12V 😂😂 everything goes on fire it what a hard lesson 😭
I think it's because of thin tracks of MOSFETs that burned out early at high current, this is why I used copper stripes to carry high current! And you should always use a fuse at input to protect yourself from exploding components 😆
You should use car headlight bulb to test the no-load current consumption. If the bulb light up when no load added and MOSFET get too hot, your circuit may have some mistake like transfomer fail, driver signal from IC not corret or you have bad MOSFET😊
@@Electronic_For_You i mean aap ne two tranformer use kiye single transformer use kar lete frequncy 100khz kar lete 1000 watt output mil jata. If Frequncy increse core size decrese
Принципиальная электрическая схема
3:22
14:36
29:22
Thanks ❤️
The 3rd diagram isn't clear...
Here is a PDF , I recommend Using Isolated Power supply for supplying the module!
pdf1.alldatasheet.com/datasheet-pdf/view/1132081/EGMICRO/EGS002.html
@@Electronic_For_You fantastic 😻 thank u sir
You are welcome 😊
Video bạn làm rất kỳ công và dễ hiểu. Nhưng để sễ hiểu hơn nữa bạn có thể cho mọi người biết sơ đồ mạch được không?
Hello,
The circuit diagram is all parts in video
Great job sir.. well done sir.. please always try to include the circuit diagram in your videos. That will be very helpful.
❤❤
Hello,
The circuit diagrams of all sections are in video ,
Darun baniyechen moshai❤❤❤ suveccha ato sundor bhabe bananor jonno. From West Bengal.❤❤❤
Thank you for supporting 😊
You are the top on youtube ❤🎉
Thanks 😊
Ola amigo boa noite gostei muinto desse projeto voce nos consegue o esquemas desse projeto .vou agradecer muinto pelo seu trabalho ok😮😮
Hi Friend,
All Schematics are already in video,
thanks For watching
Nice sir I am waiting for a video pls make Adrino sine wave inverter
Ok,
I will try 😊
Am so much interested in this but little problem with ur circuit diagrams, hope u have a blog we can access them on. Thank u soo much Sir
I will try my best
Deja un esquema para descargar amigo
All diagrams I showed in video 😊
Thanks for watching
3 0 3 for input 11 - 14 V. how to calculate it? if for input 10 - 15 V ?
It's same
Hi, i am trying to de the same circuit, bu ti think 220VDC cannot give 220VAC pure sine, we normally need 310VDC. Am I wrong ? Thanks
There is voltage adjustment potentiometer to set the voltage to 300V
@@Electronic_For_You Thank you for your answer. I noticed when you put some load @22:47, voltage increased from 220v to 230v. I am having the same problem in a lab power supply that i am building and don't know why this overshooting is happening. I suspect OP AMP gain but have no expertise on this. Do you have please some advise ? Thanks.
I don't think it will cause any problems, because 230V-240V is normal ,
How to calculation turn for wire ? and calculation size wire?
You even watched the video?
@@Electronic_For_You yeah..but how to calculate? Why 45 turn? Based on why?
Based on core EE-35
my last try to make an inventor i burn 10 mosfet 😂
i test it with 1A its working fine
then when i test it with battery car 12V 😂😂 everything goes on fire
it what a hard lesson 😭
I think it's because of thin tracks of MOSFETs that burned out early at high current, this is why I used copper stripes to carry high current!
And you should always use a fuse at input to protect yourself from exploding components 😆
You should use car headlight bulb to test the no-load current consumption. If the bulb light up when no load added and MOSFET get too hot, your circuit may have some mistake like transfomer fail, driver signal from IC not corret or you have bad MOSFET😊
You are right!
It's a very good technique
What is dc to dc convertor frequncy and tx core size?
40khz (EE-35)
@@Electronic_For_You thanks bro. Nice work
@@Electronic_For_You 100khz par kya problem h bro. Ye same core size 2000 watt nikal degi.
Current consumption increases
@@Electronic_For_You i mean aap ne two tranformer use kiye single transformer use kar lete frequncy 100khz kar lete 1000 watt output mil jata.
If Frequncy increse core size decrese
1000 watt pura load dal ke test karana
I don't have 1000W Power source
Relaly me kitana load mil sakta hai bro.?
700W continuous (1000W Peak)
If everything is built right
source from 12 V dc?
Power supply
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Can you tell me in English?