Inverter battery to 12 volt ki hoti hai lekin hmare ghar ke appliance 220 volt pe chalne ke liyee bnee hotte hai to light off honne se inverter kitne volt deta hai ??
Inverter 200 se 220 volt deta Hain, hamare inverter me 12 volt se 220 volt karne k liya transformer laga rahta hain , Transformers ac pe Kam karta Hain aur inverter ki PCB DC ko ac karta Hain isliya 12 volt DC se 12 volt ac aur 12 volt ac se 200volt ya 220 volt output deta Hain. If you like my ans, so please 1 like for me
@@Electricalvideos324aap ka answer ek dam sahi hai dhayabad mera sawal hai ki inverter ko 220 volt input dete hai battery charging k liye wah kaise kam karta hai
Sir PWM Circuit use for square wave first two channel MOSFET type inverter , for pure sine wave inverter four channel MOSFET type.Use both inverter circuit PWM .
10th ssc board karne ke baad electronics engineering karne keliye kya kya karna pade ga aur konsa subject and course, collage step by step video banakar batao
Jab inverter mains pe chalti hai, tab inverter ka transformer off rehta hai. Is halat mein, inverter mains supply ko seedha aapke ghar ke load ya appliances tak pahunchata hai, bina transformer ke kisi bhi hissa istemal kiye. Transformer ka kaam tab shuru hota hai jab inverter battery mode pe chalta hai, yani jab mains supply available nahi hoti. Us waqt, transformer battery ke DC power ko AC power mein convert karta hai taaki aapke ghar ke appliances ko supply di ja sake. Toh jab inverter mains pe hoti hai, transformer ka koi role nahi hota aur yeh off rehta hai.
Nicket bhai, pichle 25 years se aik baat samajh mein nahee aarahi he K agar hum 12 volt ac volt rectifier laga k DC 12 volt karte hein, tou jab hum inverter se 12 volt DC ko AC karte hein tou wo 12 volt AC nikalna chahiay. ye 220 volt kese nikalta he ?
Us me step up transformer ka use kiya jata hai, pehle eyy circuit 12 volt dc ko 12 volt ac me convert Karega, eske bad uss 12 volt ac ko step up transformer ke maddad se 220v ac mei convert kia jata hai, I hope you understood...
Mere ghar par 150 ah battery h or 880 va ka inverter h amron ka or 7 w ke two LED bulb pr 10 -12 ghante hi backup deta h Kya mujhe battery change krwani chahiye
To convert 12V DC to 220V AC, a device called an inverter is used. Here's how it works: DC to AC Conversion: The inverter first converts the 12V DC (Direct Current) to 12V AC (Alternating Current) using electronic circuitry. This involves creating an oscillating signal that alternates between positive and negative voltages, simulating an AC waveform. Voltage Step-Up: The 12V AC is then stepped up to 220V AC using a transformer. Transformers work on the principle of electromagnetic induction and require AC input to function. The basic operation of the transformer involves two coils of wire (primary and secondary) wound around a magnetic core. When AC flows through the primary coil, it creates a magnetic field that induces a higher voltage in the secondary coil if the number of turns in the secondary coil is greater than the primary. Here's a step-by-step breakdown: Step 1: Oscillation The inverter uses an oscillator circuit to convert the 12V DC into a square wave or modified sine wave AC at the same voltage level. This is usually done using transistors or MOSFETs that switch the DC voltage on and off rapidly, creating an alternating pattern. Step 2: Transformation The AC output at 12V is then fed into a transformer. The transformer has two windings: the primary winding connected to the 12V AC input and the secondary winding which will provide the 220V AC output. Step 3: Voltage Conversion Primary Winding: The 12V AC is applied to the primary winding of the transformer. Secondary Winding: Due to electromagnetic induction, a higher voltage is induced in the secondary winding. The ratio of the number of turns in the secondary winding to the number of turns in the primary winding determines the step-up ratio. For instance, if the transformer has a 1:18.33 turn ratio, the 12V AC input will be stepped up to approximately 220V AC output. Step 4: Output Filtering (if needed) For a pure sine wave inverter, additional circuitry is used to filter and smooth the output to produce a clean sine wave AC. For modified sine wave inverters, the output may be a stepped approximation of a sine wave. Simplified Example Input: 12V DC Oscillation: Convert 12V DC to 12V AC (square wave or modified sine wave) Transformation: Use a transformer to step up 12V AC to 220V AC Output: 220V AC This entire process ensures that the 12V DC from a battery or solar panel is converted to a usable 220V AC, suitable for powering standard household appliances.
Voltage ko up conversation karne ke liye Transformer zaroori hota h pr transformer dc pr kaam nahi karta kewal Ac current pr kaam karta hai Normally 50 Hz pr transformer use hote the par same 50 ki frequency pr agar jaza watt ka voltage conversation chahiye to Transformer ka size Accordingly kafi badhana pad jaye ga par aaj kar devices kafi compact aate h same power ke to usme bade transformer ko fit nahi kiya ja sak tha to iska uppay ye h ki frequency ko bada de jisse coil ki impedance badjaye taki chota transformer ka use zaada power conservation le liye ho sake baad me High frequency ko again dc me convert karke h bridge use karke Or pwm ki madad se 50 hz me convert kiya zaa sakta h isse na kewan size or weight kam hoga balki efficiently badegi or cu bhi kam use hoga.
Yeh Jo Waves Ki Shapes Bta Rahe Ho Kya Real Mein Apne Dekhi Bhi Hain Ki Sach Mein Waves Ki Different Shapes Hoti Hain Reality Mein Inka Kya Bhaav Hai Aur Yeh Shape Kiski Hain Animation Video Bankar Dikhao Real Base Par Plz
Mere to Uper Se Hi Nikal Gya Kya Bola Pure Vlog Mein Saaf Saaf Sidhi Si Baat Samjha Dete Inverter Ke Paas Jakar Jo Real Life Mein Kaam Ani Hai Ki Yeh Taar Ese inske saath Lagao To Yeh Kaam Karti Hai aur Doosri Yeh Kaam Karti Hai Kese Bijli Aati Hai, "Kese Fault Padta Hai Kese Thik Karna Hai Jab Inverter Kaam Na Kare To Bina Paise Lagaye Khud Kese Thik Karna Hai, Kon Se Part Mein Kya Problem Hai ,Fault Kis Reason Se Hai Kese Thik Karna Hai
Sir me pahli baar chenal par hu
Or apka video bahut acha laga
एकदम फारच महत्त्वाची माहिती सांगितली आहे.
Itni jaankari aap hamre liye late ho aapka bahot bahot shukhriya dhanyawaad
Dear sir aap ne bahut achhi tarah se samjaya
So easily you explained, thank you so much
Sir mera kal collage me inverter kaa presentation hai or aap ki video ne mere bhut help kare hai Thanks Sir ❤️
you are the best indian engineer of all time providing very much informative and pure technical content.
Thanks sir❤️❤️❤️
🙏Thanku pluspoint training new
Achcha samjhate..ho
thankx do share this video with others
बहुत अच्छा explain किया sir💐
This is really very good sir Thanks you so much sir
ਵਾਹਿਗੁਰੂ ਜੀ ਤੁਹਾਨੂੰ ਅਨੰਦ ਬਖਸ਼ੇ ਜੀ ਪਿਆਰੇ
Thanks Sir for this excellent explanation 😊❤️
Inverter battery to 12 volt ki hoti hai lekin hmare ghar ke appliance 220 volt pe chalne ke liyee bnee hotte hai to light off honne se inverter kitne volt deta hai ??
Inverter 200 se 220 volt deta Hain, hamare inverter me 12 volt se 220 volt karne k liya transformer laga rahta hain ,
Transformers ac pe Kam karta Hain aur inverter ki PCB DC ko ac karta Hain isliya 12 volt DC se 12 volt ac aur 12 volt ac se 200volt ya 220 volt output deta Hain.
If you like my ans, so please 1 like for me
@@Electricalvideos324aap ka answer ek dam sahi hai dhayabad mera sawal hai ki inverter ko 220 volt input dete hai battery charging k liye wah kaise kam karta hai
Step up transformer use kar nhi toh kuch nhi hoga ak light nhi jalegi
Nice sir ji 🙏
Very good video and latest knowledge for electrical students,and electrical fittre.
Thanku sir for giving us this type of content.watch ur oll videos thanx a lot sir
LED bulb Repair ke upar ek videos Banaiye Please
Very good video and good explanation
Normal inverter load humesha battery ki uper reheta hey yaa bypass power sey leta hey?
It is the only vdo for details thanks sir plz make whole unverter ckt in motherboard explain with one by one working explain PLZZ
Excellent teaching
Sar bahut badhiya vidio
Thanks a lot for nice teaching, good vdo
धन्यवाद गुरूजी
So nice explanation, keep it up plz.
Nice video. Sir ..
Sir ,next part with ful working circuit.🙏🙏
Hello
Nice video😊😊😊😊😊
Thanks 😊 do share this video with your friends
Sir please aap car wiring ka course nikalo
फोन में बात किया जा सकता है ?
Veri good information thank u sar
good knowledge give to us simple word
Sir PWM Circuit use for square wave first two channel MOSFET type inverter , for pure sine wave inverter four channel MOSFET type.Use both inverter circuit PWM .
Nice brother
sir ek cheez bata do maan jaunga. Inverter charging plug board se remove karne per light kyu chali jaati hai even govt light jaaane ke baad bhi.
Thank you sir❤
So nice of you
Very nice and useful information.Thanks
Thanks 🙏😊
Battery se Jo AC output nikalta hai isse jhatka lagega kya
Good sir, thank you.
You're welcome do share this video with others also
Thank you very much sir very useful and nice video
Nice.... सर
Thank you
Sir video very nice
Nice 👍👌
Sir please MULTILAYER PCB kaise read Karen video banao
Will try
@@NiketShahPlus tq
10th ssc board karne ke baad electronics engineering karne keliye kya kya karna pade ga aur konsa subject and course, collage step by step video banakar batao
After 10
12 science stream with pcm subjects
Nicely explained thanks
Barabar h😁
Jab inverter mains on pe chalti hain to transformer ka kya kam hain or tab transformer on ya of rahata h
Jab inverter mains pe chalti hai, tab inverter ka transformer off rehta hai. Is halat mein, inverter mains supply ko seedha aapke ghar ke load ya appliances tak pahunchata hai, bina transformer ke kisi bhi hissa istemal kiye.
Transformer ka kaam tab shuru hota hai jab inverter battery mode pe chalta hai, yani jab mains supply available nahi hoti. Us waqt, transformer battery ke DC power ko AC power mein convert karta hai taaki aapke ghar ke appliances ko supply di ja sake.
Toh jab inverter mains pe hoti hai, transformer ka koi role nahi hota aur yeh off rehta hai.
Sir capaciter ka uf kase calculate kare is topic per vedio banay please please.
Inverter ke output me ac capacitor v toh laga sakte hain
Very good video sir
Nicket bhai, pichle 25 years se aik baat samajh mein nahee aarahi he K agar hum 12 volt ac volt rectifier laga k DC 12 volt karte hein,
tou jab hum inverter se 12 volt DC ko AC karte hein tou wo 12 volt AC nikalna chahiay. ye 220 volt kese nikalta he ?
Will try to make video on this too... Do share my videos
Us me step up transformer ka use kiya jata hai, pehle eyy circuit 12 volt dc ko 12 volt ac me convert Karega, eske bad uss 12 volt ac ko step up transformer ke maddad se 220v ac mei convert kia jata hai, I hope you understood...
Very nice
Thanks do share this video with others
Frequency --Cycle per second is called friquency.
Mere ghar par 150 ah battery h or 880 va ka inverter h amron ka or 7 w ke two LED bulb pr 10 -12 ghante hi backup deta h
Kya mujhe battery change krwani chahiye
sir ji MOSFET ki bicch wali pin drain hoti aa
Depends upon type.. for this you need to check datasheet
mosfet का gate तो sir left side में होता midel leg तो drain होती है। सर
Good
I am a isp
I want ups that with which is best
Nice video
Sir but 12 v 230 me kb step up hogi
Before becoming AC or after becoming AC
Very nice video
Super
12v DC to 12v AC me badal gaya hoga fir to, 220v AC kaise banta hai, voltage step up kaise hua.
Reply please.
To convert 12V DC to 220V AC, a device called an inverter is used. Here's how it works:
DC to AC Conversion: The inverter first converts the 12V DC (Direct Current) to 12V AC (Alternating Current) using electronic circuitry. This involves creating an oscillating signal that alternates between positive and negative voltages, simulating an AC waveform.
Voltage Step-Up: The 12V AC is then stepped up to 220V AC using a transformer. Transformers work on the principle of electromagnetic induction and require AC input to function. The basic operation of the transformer involves two coils of wire (primary and secondary) wound around a magnetic core. When AC flows through the primary coil, it creates a magnetic field that induces a higher voltage in the secondary coil if the number of turns in the secondary coil is greater than the primary.
Here's a step-by-step breakdown:
Step 1: Oscillation
The inverter uses an oscillator circuit to convert the 12V DC into a square wave or modified sine wave AC at the same voltage level. This is usually done using transistors or MOSFETs that switch the DC voltage on and off rapidly, creating an alternating pattern.
Step 2: Transformation
The AC output at 12V is then fed into a transformer. The transformer has two windings: the primary winding connected to the 12V AC input and the secondary winding which will provide the 220V AC output.
Step 3: Voltage Conversion
Primary Winding: The 12V AC is applied to the primary winding of the transformer.
Secondary Winding: Due to electromagnetic induction, a higher voltage is induced in the secondary winding. The ratio of the number of turns in the secondary winding to the number of turns in the primary winding determines the step-up ratio. For instance, if the transformer has a 1:18.33 turn ratio, the 12V AC input will be stepped up to approximately 220V AC output.
Step 4: Output Filtering (if needed)
For a pure sine wave inverter, additional circuitry is used to filter and smooth the output to produce a clean sine wave AC. For modified sine wave inverters, the output may be a stepped approximation of a sine wave.
Simplified Example
Input: 12V DC
Oscillation: Convert 12V DC to 12V AC (square wave or modified sine wave)
Transformation: Use a transformer to step up 12V AC to 220V AC
Output: 220V AC
This entire process ensures that the 12V DC from a battery or solar panel is converted to a usable 220V AC, suitable for powering standard household appliances.
Nice video sir
Diploma Electronics Internship milaga kya sir
We just provide training
Ok thank u
Voltage ko up conversation karne ke liye Transformer zaroori hota h pr transformer dc pr kaam nahi karta kewal Ac current pr kaam karta hai
Normally 50 Hz pr transformer use hote the par same 50 ki frequency pr agar jaza watt ka voltage conversation chahiye to Transformer ka size Accordingly kafi badhana pad jaye ga par aaj kar devices kafi compact aate h same power ke to usme bade transformer ko fit nahi kiya ja sak tha to iska uppay ye h ki frequency ko bada de jisse coil ki impedance badjaye taki chota transformer ka use zaada power conservation le liye ho sake baad me High frequency ko again dc me convert karke h bridge use karke Or pwm ki madad se 50 hz me convert kiya zaa sakta h isse na kewan size or weight kam hoga balki efficiently badegi or cu bhi kam use hoga.
Sir battery charging level indicator pe video banao please
Thanks sir.
Thanks you sir
Isk nutral point ☝️ kaha hai
Delta plc me 4to20ma output constant nahi rehta he to ma kya karu
Inverter wiring ka video plz
halo Bhai kaise ho
Sir, घर पर बैटरी और इन्वर्टर को कैसे सर्किट में लगाएं?🙏
Need More information.
मला इन्व्हर्टर सर्किट बनवायचे आहे आपण मदत करु शकता का.
Nice sir
12 v se 220 volt me convert transfarmr krta हे ओर dc volt 12 ko ac volt 12 me mocfet convert karta he
Yes
Yes perfect.. do share this video with others
Yeh Jo Waves Ki Shapes Bta Rahe Ho Kya Real Mein Apne Dekhi Bhi Hain Ki Sach Mein Waves Ki Different Shapes Hoti Hain Reality Mein Inka Kya Bhaav Hai Aur Yeh Shape Kiski Hain Animation Video Bankar Dikhao Real Base Par Plz
Beautiful
Thank you! Cheers!
how mosfet know to switch 50 time only per second
With PWM
Mere to Uper Se Hi Nikal Gya Kya Bola Pure Vlog Mein Saaf Saaf Sidhi Si Baat Samjha Dete Inverter Ke Paas Jakar Jo Real Life Mein Kaam Ani Hai Ki Yeh Taar Ese inske saath Lagao To Yeh Kaam Karti Hai aur Doosri Yeh Kaam Karti Hai Kese Bijli Aati Hai, "Kese Fault Padta Hai Kese Thik Karna Hai Jab Inverter Kaam Na Kare To Bina Paise Lagaye Khud Kese Thik Karna Hai, Kon Se Part Mein Kya Problem Hai ,Fault Kis Reason Se Hai Kese Thik Karna Hai
Suna hai 50 Hz Frequency cycles per second
Gate to right hota hai
50hz frequency in india sir
halo Bhai
Remaid me after uploading the video.
50 hz in indiq
🙏🙏
50hz to 60hz
Bhai courses free hai kya
Nahi
Hi
50hz ho ta hai
👍👍👍👍👌👌👌
50 hz in a sec.
Good
50Hz