How to make a powerful Inverter 12v DC to 220v AC using egs002, Pure sine wave Inverter circuit

How to make a powerful inverter 12v dc to 220v ac using egs002, pure sine wave inverter circuit. ( egs002 diy inverter )
💥 Smart Soldering Iron 👉 HS01: s.click.aliexp...
Components used in this project:-
1. egs002 Module
2. Irfz44 x2
3. LM7805
4. 10K x2
5. 100R x2
6. 12 0 12v Transformer
** Circuit Diagram: drive.google.c...
#sinewaveinverter
#12v220vinverter
#homemade101
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[@homemade_101]

TL494 Inverter 👉kzbin.info/www/bejne/i3zClWqLpdqfqJI

[@hipolitomarkdominic4282]

how many capacitor voltages are you using in the feedback circuit

[@ronaldbagaoisan5854]

This is the best demonstration ive ever watch but nearly 100% perfect, sad but the video didnt demonstrated how to make the feedback of the inverter.

[@homemade_101]

plz chek link. circuit

[@ronaldbagaoisan5854]

Theres no feedback circuit

[@Voice.Of.Nation]

​Theres have feed back circuit​@@ronaldbagaoisan5854

[@gopalkrishnapillaimr6592]

This project is very simple as compared to the full bridge complicated one.

[@homemade_101]

thank you bro

[@BAMBANGsuwastono]

Terima kasih sudah mau berbagi ilmu, salam dari Indonesia

[@MrRais66]

Best detail demo thanks brother. Increasing number of mosfets and power of transformer, we can get high power output

[@homemade_101]

You are welcome

[@islamkasach8699]

You haven't checked the waveform with an oscilloscope. Without a low pass filter on the outputs, you won't get any sine wave, transformer is vibrating means output is not a pure sine wave.

[@worship_soul777]

point

[@alessandrodonascimentovarg24]

Hi. I believe the potentiometer should be 10K. In the schematics, you wrote 100K. Thanks for your video.

[@homemade_101]

yes you are corrects

[@ranjanroy6820]

Very good👍👍👍👍 video thank you

[@homemade_101]

welcome bro

[@ciiriin]

me sorprende que funcione, las placas de hierro del transformador la curva de histeresis con un controlador a 22.5 khz de pwm deben ser enormes. Pero supongo que para demostrar el concepto esta bueno.

[@homemade_101]

thanks bro

[@gunaratna123]

Thank you for the project. It may be sine wave, but I am not sure about the wattage using 2 Mofets and 5A /12v transformer. It is not mentioned in the descreption properly.

[@homemade_101]

yes, you are right.

[@josepeixoto3715]

Not sinewave; you need a H bridge for that; an H bridge needs 4 Mosfets, cannot be done with only 2.

[@david.vieiraocurioso4917]

Its Very helpfull. Thank you!

[@homemade_101]

You're welcome!

[@GIRISHKUTTALAMNBEE]

Sir, can you please make a tutorial on how to make the feedback circuit? It would be very helpful sir.

[@homemade_101]

ok i will try

[@GIRISHKUTTALAMNBEE]

@@homemade_101 yes sir please, I want to make this project with the feedback loop.

[@MrNirvana8987]

Buen video 😊, en la parte trasera de la placa EGS002 como lo has configurado para la frecuencia ?? Y se pueden poner más mosfet en paralelo ??

[@homemade_101]

sí, puedes usar más MOSFET.

[@nguyenminhtrieu1858]

Can you tell me how many watts does this circuit with 2 MOSFETs produce?

[@homemade_101]

200W

[@nguyenminhtrieu1858]

@@homemade_101 Thank you very much. Could you please tell me if I tested it on testborad first, is the power output stable?

[@Aaliyah21]

Super work💯💥& good job ..thanks for sharing 🙏😊

[@homemade_101]

Welcome ☺️

[@hellotechmarket]

Hi bro, if you check the output signal in oscilloscope, you will not see sine waveform and without the correct output voltage of 230 ac. Don't confuse people.

[@homemade_101]

today I will uploading new sine wave inviter video. you can try it.

[@GIRISHKUTTALAMNBEE]

Sir, can you please share the circuit diagram and the components used for the feedback circuit?

[@homemade_101]

have in description

[@juliusparker3039]

The output is it Pure sine wave or modified

[@homemade_101]

sine

[@sokdolla]

Does it working well with fan and no noise?

[@homemade_101]

yes, good one. please check the circuit diagram.

[@sokdolla]

Can I use 20N50 MOSFETs?

[@adrito7145]

I need 500W. Can you tell me how many Mosfets will have to use?

[@homemade_101]

2, 4, 6, 8

[@adriandanford208]

Is it still pure sine wave inverter?

[@homemade_101]

yes

[@ahmadaslam7946]

Are you Electrical Engineer?

[@homemade_101]

No bro I am Electronics Technician

[@richkhalifha246]

😂

[@hipolitomarkdominic4282]

how many capacitor voltages are you using in the feedback circuit

[@homemade_101]

25v

[@hipolitomarkdominic4282]

​@@homemade_101 thank you so much ❤❤

[@АлексейБабиков-ч5ь]

Здравствуйте если не секрет ка кие два резистора от диодного моста на потенциометре если вас не затруднит

[@АлексейБабиков-ч5ь]

На сколько Ом два резистора

[@bryanwhitexxx3935]

100k resistors

[@maitreisaac1001]

Comment je peux trouver ce circuit d'oscillateur?

[@hipolitomarkdominic4282]

Sir are you sure the out put voltage is 220 volt?

[@homemade_101]

yes plese check circuit diagram 🤔

[@hipolitomarkdominic4282]

@@homemade_101 ok thank you 😚

[@hichamtassi1753]

Hello, very nice video. I did the same but above 210V, voltage drops a lot even with feedback circuitry. I am using 220v/8.5v transformer from UPS. Do you think 220v/12v would be better ??? thanks !

[@homemade_101]

Welcome bro.. Connect out put pins X rated capacitor. Parallel connect. No problem UPS transformer. Bus 12 0 12v transformer best one.

[@hichamtassi1753]

@@homemade_101 Hello, i did include a 2 micro farad in parallel with 220V output but still the same problem.

[@rrrtech20]

This inverter can run induction fan??

[@homemade_101]

i think can't

[@caplyxiich1670]

Can i use 10ohm instead of 100ohm on G pin

[@homemade_101]

ok

[@gururoshan]

whats the watt output of this ? can this pure sine wave inverter power home appliances ?

[@homemade_101]

yes. 200W

[@coucouj2781]

You could use it full h-bridge mode znd get more power out of it...

[@homemade_101]

yes

[@HtunThuraAung]

How much watt can use?

[@homemade_101]

100W

[@davidputra4503]

can i ask u something sir? in circuit diagram, pin vfb and tfb didn't connect but in video is connect. which one is correct?

[@homemade_101]

Diagram is correct. it is not need

[@dave.p]

Okay, thank you

[@ไม่บอกอิอิ-ฐ2บ]

Feed back circuit... can you make it look?

[@homemade_101]

full circuit diagram has in the description box link.

[@Sajjad.Ahmad786]

Nice

[@homemade_101]

Welcome

[@AbouadamAbdollah]

Good job !!!

[@homemade_101]

thank you

[@chennakesavulu6353]

Sir feedback circuit capacitor uf and voltage tell me

[@homemade_101]

1000uf, 16v

[@Angel-gd4zy]

7:10 por que el foco se apagó antes de desconectar el cable?

[@homemade_101]

[@robyray5644]

Is this a 3000W inverter?

[@homemade_101]

Yes but modification. Plz full circuit diagram have in description box

[@robyray5644]

@@homemade_101 I'm not an expert in electronics but only with 2 mosfet it reaches 3000Watt? Ar you sure?

[@johnlannigan9831]

@@homemade_101 it will not be 3000 watts with a 5 amp transformer!

[@abdullahamr3421]

the overall system watt depends on what? number of mosfets in circuit ?

[@ahmedadil4745]

feedback voltage required ? can it work without temperature sensor ?

[@homemade_101]

yes need a thermistor. chek data sheet

[@alexseryj788]

Es wäre schön, wenn Sie die Ausgangswellenform (Sinuswelle) anzeigen könnten. Danke.

[@homemade_101]

Diagram in description box. full Circuit diagram in

[@joachimblumenreich457]

Das Teil kann kein reinen Sinus, deshalb wird der Erbauer dir das nicht zeigen können oder wollen. Echte Sinuswandler sind PWM gesteuert, und bedürfen einen HF-Übertrager aus Ferrit und nicht einen Dynamoblech Transformator. Zusätzlich sind noch diverse andere magnetische Bauteile von nöten.

[@chesterongoco6985]

how many watt can produce?

[@homemade_101]

200W

[@HtunThuraAung]

I can use 500W! what can change?

[@homemade_101]

use mor mosfet

[@faridraiq3851]

Please this transistor 1watts or 1/2 ?

[@homemade_101]

1/2 w

[@faridraiq3851]

Please i have 1/4 watts. Can i use 2 transistors?

[@homemade_101]

@@faridraiq3851 yes no problem

[@nishanthakumara2529]

ගන්න තියෙන්නේ කෝහෙද

[@marcosmmfreitas]

Como usa-lo em 24v?

[@homemade_101]

12V only

[@nimalperera5454]

How to make the feed back circuit is not explained.

[@homemade_101]

Circuit Diagram : drive.google.com/file/d/1qTExbPPKlaiAjgsL_e0Y9iCUIE8MeVLz/view?usp=drive_link

[@nimalperera5454]

@@homemade_101 Thank you very much for the quick response. Your explanation for building the inverter is clear. I followed it to the end. As a beginner, in electronics, I learnt a lot from it. My problem was how to build the feedback circuit. Please can you advise me in which page I can find the feedback circuit in the circuit diagram details you sent to me. Thank you so much for your help..

[@chesterongoco6985]

can you 1200watts diagram using egs002

[@chesterongoco6985]

or 1000 w

[@chesterongoco6985]

thanks you so much

[@homemade_101]

@@chesterongoco6985

[@cavallinobianco5377]

With this configuration it has square wave, not to do with sine wave ...

[@homemade_101]

yes

[@juliusparker3039]

I didn't see oscilloscope wave display

[@homemade_101]

sine

[@hobilistrik72]

Watt ?

[@homemade_101]

100W

[@hobilistrik72]

@@homemade_101 do you have feedback circuit diagram?

[@faramarzazimi8701]

HELL. HOW I CAN CHANGE THE FREQUENCY

[@homemade_101]

plz check circuit diagrams

[@АлексейБабиков-ч5ь]

По вашей схеме не работает инвертор перегрев

[@homemade_101]

Did you watch the video?

[@hipolitomarkdominic4282]

Why my project is not 220v she is 190 v only 😢

[@hipolitomarkdominic4282]

disappointed😢

[@homemade_101]

how much your supply voltge 🤔

[@hipolitomarkdominic4282]

12v 5 A

[@tanhnguyenchon1755]

🍻🍻🍻👍👍👍

[@homemade_101]

[@tanhnguyenchon1755]

@@homemade_101 Ok, Thanks a lot

[@mkepler5861]

looks like you are to cheap to buy a piece of perf board????!!!!!!!!!!!!!!!!

[@homemade_101]

Alliexpress

[@RakeshShah-cx7ep]

Gujarati translation

[@homemade_101]

what

[@quickfixengineeringltd8035]

I have a far better circuit and it's pcb

[@ManhCuong19.5]

*Are you sure that the output is 220V with a pure sine wave? With your proposed structure of two sides, each side having one MOSFET, I want to double or triple the power by adding multiple MOSFETs in parallel, and each MOSFET having a 100-ohm resistor for voltage division. Would it be stable? If possible, could you create a video showing how to add 4 to 8 MOSFETs on each side for reference, both for me and others? Thank you very much.*

[@homemade_101]

ok i will try

[@ManhCuong19.5]

Thanks @@homemade_101

[@experimenchannelideas]

Can the battery voltage be 20v?

[@homemade_101]

\can't to this

[@experimenchannelideas]

@homemade_101 just try it first

[@rrrtech20]

How many watt output??

[@homemade_101]

100W