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Rahul singh _!♡ - Author on ShareChat: Funny, Romantic, Videos, Shayari, Quotes
Rahul singh _!♡
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#Electrical Engineering #👍 डर के आगे जीत👌 #📚प्रतियोगी परीक्षा विशेष🏆 #📚एजुकेशनल ज्ञान📝 #🚨UPSC Exams📚
Electrical Engineering - Day_9 BASIC ELECTRICAL SERIES Mognetic Circuit Topic Magnetic Circuit is a closed path through which magnetic flux circulates A Magnetic Circuit Key Magnetic Circuit Formulas F=NI F = NI (Magnetomotive Force) @= BA (Flux) X JA R= (Reluctance) wa B Analogy Law Ohms Voltoge MMF (F) > Flux (Q) Current (I) Reluctance (R) Resistance (R) 9=BA > F=NI F=NI = OR =>V= IR Important Points Applications F = NI: Magnetomotive Force (MMF) which drives the mognetic flux (ঐ). Used in Transformers to transfer electrical power ক= BA: Magnetic flux (ঐ) is he Product of magnetic flux density (B) and A Found in Electric Motors ZwA to create rotational Iotiona R= Reluctance (R) opposition the La Relays magnetic flux (Q) in magnetic circuit Utilized in & to Solenoids to control circuits Key Formulas : Applications F = NI: Magnetomotive Force (MMF) the mognetic flux (@) which drives Used in Tansformers to 9= BA: Mognetic flux (o) is product of tronsfer electrical power mognetic flux density (B) & Cross-sectional Found in Electric Motors area (A) to create rotational motion | LA: R= Relays Reluctance (R) the opposition & Solenoids Utilized in ua to control circuits magnetic flux (o) in mognetic circuit to Pratap Shiv Sharma #engineersstudents, #electricalstudies Day_9 BASIC ELECTRICAL SERIES Mognetic Circuit Topic Magnetic Circuit is a closed path through which magnetic flux circulates A Magnetic Circuit Key Magnetic Circuit Formulas F=NI F = NI (Magnetomotive Force) @= BA (Flux) X JA R= (Reluctance) wa B Analogy Law Ohms Voltoge MMF (F) > Flux (Q) Current (I) Reluctance (R) Resistance (R) 9=BA > F=NI F=NI = OR =>V= IR Important Points Applications F = NI: Magnetomotive Force (MMF) which drives the mognetic flux (ঐ). Used in Transformers to transfer electrical power ক= BA: Magnetic flux (ঐ) is he Product of magnetic flux density (B) and A Found in Electric Motors ZwA to create rotational Iotiona R= Reluctance (R) opposition the La Relays magnetic flux (Q) in magnetic circuit Utilized in & to Solenoids to control circuits Key Formulas : Applications F = NI: Magnetomotive Force (MMF) the mognetic flux (@) which drives Used in Tansformers to 9= BA: Mognetic flux (o) is product of tronsfer electrical power mognetic flux density (B) & Cross-sectional Found in Electric Motors area (A) to create rotational motion | LA: R= Relays Reluctance (R) the opposition & Solenoids Utilized in ua to control circuits magnetic flux (o) in mognetic circuit to Pratap Shiv Sharma #engineersstudents, #electricalstudies - ShareChat