- 105
- 77 984
Electrical Satya
India
เข้าร่วมเมื่อ 6 มี.ค. 2023
The study, creation, and application of devices and equipment that use any type of electricity are the focus of the technical discipline known as electrical engineering.
Pole pitch | Pole arc | Coil pitch | electrical
Pole pitch
Pole arc
Coil pitch
Electrical engineering
Electrical
winding pitchs
th-cam.com/video/m3XwgMaqjUg/w-d-xo.htmlsi=5yEWUgygfZBxUd3x
@electricalsatya
@electricaldost
@electricalengineer775
#electrical #electricalengineering #aeelectrical #dcmachines #itielectrical #eee #iti #electricalquestions #dcgenerator
pole pitch
coil pitch
Coil span
electrical Satya
front pitch
back pitch
armature winding
simplex lap and wave winding
lap winding and wave winding animation
pole pitch and coil pitch
winding pitches
electrical angledc machine winding
how to calculate winding pitches for a dc machine
dc machine armature winding
dc armature winding
Pole arc
Coil pitch
Electrical engineering
Electrical
winding pitchs
th-cam.com/video/m3XwgMaqjUg/w-d-xo.htmlsi=5yEWUgygfZBxUd3x
@electricalsatya
@electricaldost
@electricalengineer775
#electrical #electricalengineering #aeelectrical #dcmachines #itielectrical #eee #iti #electricalquestions #dcgenerator
pole pitch
coil pitch
Coil span
electrical Satya
front pitch
back pitch
armature winding
simplex lap and wave winding
lap winding and wave winding animation
pole pitch and coil pitch
winding pitches
electrical angledc machine winding
how to calculate winding pitches for a dc machine
dc machine armature winding
dc armature winding
มุมมอง: 30
วีดีโอ
Hysteresis loss and Eddy current loss | iron loss electrical
มุมมอง 5728 วันที่ผ่านมา
iron losses | hysteresis loss | Eddy current loss | electrical #electricalengineering Electrical engineering #itielectrical #aeelectrical #dcmachines #engineering #electricalengineering #electrical @electricalsatya @electricaldost core loss Hysteresis loss iron loss in armature electrical Satya hysteresis loss in transformer what is hysteresis loss electrical interview questions eddy current lo...
back pitch| front pitch | resultant pitch | commutator pitch
มุมมอง 6228 วันที่ผ่านมา
back pitch | front pitch | resultant pitch | commutator pitch armature winding @electricalsatya @electricaldost dc generator dc machines dc motor dc machine winding working of dc generator where we use front back and commutator pitch characteristics of dc generator winding series practical application of front pitch back pitch and commutator pitchElectrical satya electrical engineering simplex ...
Progressive and Retrogressive winding || Armature winding
มุมมอง 64หลายเดือนก่อน
Progressive and Retrogressive winding || Armature winding || DC Machines #electrical #iti #eee #dcgenerator #electricalengineering #dcmachines #elctricity #aeelectrical #itielectrical #electricalquestions @electricalsatya @electricaldost @electricalengineer775 progressive and retrogressive winding in hindi what is progressive and retrogressive windings difference between progressive and retrogr...
Armature Winding || DC machines || electrical
มุมมอง 83หลายเดือนก่อน
Armature Winding || DC machines || electrical Armature windings in DC generators can be classified into two main types lap winding wave winding Each type has distinct features and applications based on the required voltage and current outputs #electrical #electricalengineering #elctricity #itielectrical #aeelectrical #electricalquestions #iti #electrical #eee #dcmachines #dcgenerator @electrica...
DC generator working principle |electrical engineering
มุมมอง 1452 หลายเดือนก่อน
DC generator principle of operation|| DC generator working||electrical engineering A DC generator operates on the principle of electromagnetic induction, as described by Faraday's Law. Faraday's Law of Electromagnetic Induction Faraday's Law states that an electromotive force (EMF) is induced in a conductor when it experiences a change in magnetic flux. This principle is the foundation of how a...
DC generator construction || electrical
มุมมอง 3732 หลายเดือนก่อน
A DC generator is constructed with various key components, each playing a vital role in its operation. The DC generator operates on the principle of electromagnetic induction. When the armature rotates within the magnetic field created by the field system, an EMF is induced in the armature windings. This EMF causes a current to flow, which is rectified by the commutator to provide a direct curr...
DC machines introduction || electrical engineering
มุมมอง 1023 หลายเดือนก่อน
DC machines introduction || electrical engineering A DC machine is an electrical device that can either generate electricity (as a generator) or use electricity to produce mechanical power (as a motor). It operates using direct current (DC), which means the electric current flows in a single direction. #electrical #eee #electricalengineering #electricalengg #electricalbasics #physics @electrica...
Quantum free electron theory ||electrical engineering
มุมมอง 2893 หลายเดือนก่อน
Quantum free electron theory ||electrical engineering
classical free electron theory | drude free electron theory
มุมมอง 8164 หลายเดือนก่อน
classical free electron theory | drude free electron theory
Black body radiation || electrical engineering
มุมมอง 434 หลายเดือนก่อน
Black body radiation || electrical engineering
photoelectric effect || electrical engineering
มุมมอง 234 หลายเดือนก่อน
photoelectric effect || electrical engineering
hydro power plant notes||electrical engineering
มุมมอง 7814 หลายเดือนก่อน
hydro power plant notes||electrical engineering
solar cell | photovoltaic effect | electrical engineering
มุมมอง 2104 หลายเดือนก่อน
solar cell | photovoltaic effect | electrical engineering
ferrati effect notes | electrical engineering
มุมมอง 584 หลายเดือนก่อน
ferrati effect notes | electrical engineering
Nuclear Reactor notes|| electrical engineering
มุมมอง 2364 หลายเดือนก่อน
Nuclear Reactor notes|| electrical engineering
Thermal power plant notes|| electrical engineering
มุมมอง 4274 หลายเดือนก่อน
Thermal power plant notes|| electrical engineering
nuclear power plant notes | electrical engineering notes
มุมมอง 5784 หลายเดือนก่อน
nuclear power plant notes | electrical engineering notes
Classifications of Distribution system | radial | ring mine | interconnected system
มุมมอง 995 หลายเดือนก่อน
Classifications of Distribution system | radial | ring mine | interconnected system
Electrical Power | Structure Of Power System
มุมมอง 425 หลายเดือนก่อน
Electrical Power | Structure Of Power System
Ferrenti Effect derivation and phaser diagram |ferranti effect
มุมมอง 1045 หลายเดือนก่อน
Ferrenti Effect derivation and phaser diagram |ferranti effect
distribution transformer explained |electrical | satya
มุมมอง 899 หลายเดือนก่อน
distribution transformer explained |electrical | satya
how many Watts in 1 ampere || What does 1 amp equal in watts
มุมมอง 479 หลายเดือนก่อน
how many Watts in 1 ampere || What does 1 amp equal in watts
power transformers explained|| electrical engineering
มุมมอง 379 หลายเดือนก่อน
power transformers explained|| electrical engineering
Types of transformers and there use | electrical engineering
มุมมอง 4210 หลายเดือนก่อน
Types of transformers and there use | electrical engineering
transformer working || transformer working principle||electrical engineering
มุมมอง 11310 หลายเดือนก่อน
transformer working || transformer working principle||electrical engineering
What is Transformer |EEE |transformer construction
มุมมอง 8310 หลายเดือนก่อน
What is Transformer |EEE |transformer construction
single line diagram of power supply system || power system
มุมมอง 14711 หลายเดือนก่อน
single line diagram of power supply system || power system
diesel power plant working process | 4 stroke diesel engine
มุมมอง 1.9Kปีที่แล้ว
diesel power plant working process | 4 stroke diesel engine
Types of insulators|types of insulator used in overhead line
มุมมอง 417ปีที่แล้ว
Types of insulators|types of insulator used in overhead line
Nice explanation mamm
Mam super explanation😊
DC motor also cheyandi
👍
Thank you mam👍
Mam super explanation ❤
Thank you 😊
How language not understand
Please explain in hindi
Nice quantum explain cheyandi
Thanks ma'am 👍🏻
Your explanation is good but it is not audible...plz raise your voice
Ok thank you 👍
Emanna explain chesara asalu 🔥🔥 continue cheyandi mam ni channel success avvudhi❤🥳
Thank you for your encouragement 🙏
very cool explanation .. thanks a lot mdam
Heat exchanger lo ki hot water velthundha? From fed water pump?
No
Giridhar comment lu chusindhi chalu gani video chudu exam vundhi 😅
Thank you ma'am
Thanks for the video madam ❤❤❤
Thank u so much madam ❤
🤝
Please put the matter plzz....
Mi voice chala bagundi medam super chepparu
Namaste sir
👏👏👏
Maam please send me c program codes
Derivation kavali
Video upload chesanu
Coulomb per meter square can also be written as Newton per coulomb Units Derivation from my video D=N/C Force (F)- Newton Charge (q)- coulomb D=f/q f=k.q.Q / r 2 D=(k.q.Q)/ (q.r 2) D= k. Q/r 2 Q - coulomb Distance (r) - meter Units - Coulomb per metre square. I am driving this based on the relation between electric Flux density and electric field intensity. F/q = E E- electric field intensity Some times they are asking question like this The SI units of electric flux density is: A. Newton meters per coulomb B. Newton meter square C. Newton per coulomb D. Newton meter square per coulomb So that's why iam explaining from starting. This is not complete video this is short video. Thank you for your comment
What is bombiding
Bombarding in a nuclear power plant refers to the process of bombarding or striking atomic nuclei with subatomic particles, typically neutrons, to induce nuclear reactions. This process is fundamental in sustaining a controlled nuclear chain reaction, which releases energy that can be harnessed for various purposes, such as generating electricity in a nuclear reactor. For example In a nuclear reactor, neutrons are used to initiate and sustain nuclear fission reactions. These neutrons are typically released during the fission process itself or introduced deliberately into the reactor core. When these neutrons collide with the nuclei of certain atoms, such as uranium-235 or plutonium-239, they can cause those nuclei to split into smaller fragments, releasing additional neutrons and a significant amount of energy.
1.5x better variation
Nice explanation tq...
Don't teach wrongly,si units of electric flux density is Coloumb per metre square
Coulomb per meter square can also be written as Newton per coulomb Units Derivation from my video D=N/C Force (F)- Newton Charge (q)- coulomb D=f/q f=k.q.Q / r 2 D=(k.q.Q)/ (q.r 2) D= k. Q/r 2 Q - coulomb Distance (r) - meter Units - Coulomb per metre square. I am driving this based on the relation between electric Flux density and electric field intensity. F/q = E E- electric field intensity Some times they are asking question like this The SI units of electric flux density is: A. Newton meters per coulomb B. Newton meter square C. Newton per coulomb D. Newton meter square per coulomb So that's why iam explaining from starting. This is not complete video this is short video. Thank you for your comment
A sweet voice ❤❤
Excellent explanation madam but notes pettandi
One of the best explanations on you tube. thanks mam
Thank you madam for your class
Short transmission line lo capacitance neglect chesthanu so ferritic effect not present
Yes bro
Aunty Mee voice agundhi
Hindi me bataye
Madam Satya garu...appreciate your explanation on nuclear power generation in Telugu. TQ
Madam awesome 💯..😊 tq madame
Thank you 😊
Need ATCC panel control diagrams information
Nic explanation
Substation in lightning arresters gurinchi chappndi madam
Nic
Thank you mam❤️
Most welcome 😊
Chandrapur
Chala Baga explain chesthunnaru thank you madam
Hi mam I found a teacher in electrical U r good teacher Please explain "base load and peak load"😊
Okay sure thank you
Thank you
😮
Excellent explanation madam
Thank you