Earn Free Gift Cards and Cash with Online Paid Surveys | Swagbucks
Take paid online surveys and enjoy free gift cards, cash rewards, and exclusive deals. Save big on shopping with coupons, promo codes, cashback, and more. Join Swagbucks for free and start saving today!
![educational post - MOTOR SYNCHRONOUS What is it? 1 ड्ल special 1ype of AC mofor where The rofor rofafes A Synchronous Speed (Ns) 01 = How it Works (Simple Analogy) ّ 2 spinning han Like pushing two mognets together; but with 0 [ Ila V R1 _ Tv (R is friction) V^ -> I^ (V is push ) loop Conductor volfage> ]==3 Induced EMF electrons pushes Key Concept & Formula 3 Cruciol Poinf: Rofor_must be seporofely excited (DC)! Synchronous Speed (RPM) 120*1 Ns Sunchronous Speed Ns Supply Freqvency (Hz) P fl P= Number of Poles Advantages & Uses 4 under load!) drop Constont Speed (doesn't correcfing PF of ofher machines) High Power Foctor (Good for High Efficiency Compressors, Fons, Mills, Frequency Converfers Pumps , Uses 5. Types & Torqve Separately Excited (Using slip rings) Permanenflu Magnefized (Using PMs) volfage (EMF) induced V V = -L(d rote of chonge of current di d1 AC Generator uses slip rings to output alternating current ! MOTOR SYNCHRONOUS What is it? 1 ड्ल special 1ype of AC mofor where The rofor rofafes A Synchronous Speed (Ns) 01 = How it Works (Simple Analogy) ّ 2 spinning han Like pushing two mognets together; but with 0 [ Ila V R1 _ Tv (R is friction) V^ -> I^ (V is push ) loop Conductor volfage> ]==3 Induced EMF electrons pushes Key Concept & Formula 3 Cruciol Poinf: Rofor_must be seporofely excited (DC)! Synchronous Speed (RPM) 120*1 Ns Sunchronous Speed Ns Supply Freqvency (Hz) P fl P= Number of Poles Advantages & Uses 4 under load!) drop Constont Speed (doesn't correcfing PF of ofher machines) High Power Foctor (Good for High Efficiency Compressors, Fons, Mills, Frequency Converfers Pumps , Uses 5. Types & Torqve Separately Excited (Using slip rings) Permanenflu Magnefized (Using PMs) volfage (EMF) induced V V = -L(d rote of chonge of current di d1 AC Generator uses slip rings to output alternating current ! - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_118218_21f8ca2c_1775653116700_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=700_sc.jpg "educational post - MOTOR SYNCHRONOUS What is it? 1 ड्ल special 1ype of AC mofor where The rofor rofafes A Synchronous Speed (Ns) 01 = How it Works (Simple Analogy) ّ 2 spinning han Like pushing two mognets together; but with 0 [ Ila V R1 _ Tv (R is friction) V^ -> I^ (V is push ) loop Conductor volfage> ]==3 Induced EMF electrons pushes Key Concept & Formula 3 Cruciol Poinf: Rofor_must be seporofely excited (DC)! Synchronous Speed (RPM) 120*1 Ns Sunchronous Speed Ns Supply Freqvency (Hz) P fl P= Number of Poles Advantages & Uses 4 under load!) drop Constont Speed (doesn't correcfing PF of ofher machines) High Power Foctor (Good for High Efficiency Compressors, Fons, Mills, Frequency Converfers Pumps , Uses 5. Types & Torqve Separately Excited (Using slip rings) Permanenflu Magnefized (Using PMs) volfage (EMF) induced V V = -L(d rote of chonge of current di d1 AC Generator uses slip rings to output alternating current ! MOTOR SYNCHRONOUS What is it? 1 ड्ल special 1ype of AC mofor where The rofor rofafes A Synchronous Speed (Ns) 01 = How it Works (Simple Analogy) ّ 2 spinning han Like pushing two mognets together; but with 0 [ Ila V R1 _ Tv (R is friction) V^ -> I^ (V is push ) loop Conductor volfage> ]==3 Induced EMF electrons pushes Key Concept & Formula 3 Cruciol Poinf: Rofor_must be seporofely excited (DC)! Synchronous Speed (RPM) 120*1 Ns Sunchronous Speed Ns Supply Freqvency (Hz) P fl P= Number of Poles Advantages & Uses 4 under load!) drop Constont Speed (doesn't correcfing PF of ofher machines) High Power Foctor (Good for High Efficiency Compressors, Fons, Mills, Frequency Converfers Pumps , Uses 5. Types & Torqve Separately Excited (Using slip rings) Permanenflu Magnefized (Using PMs) volfage (EMF) induced V V = -L(d rote of chonge of current di d1 AC Generator uses slip rings to output alternating current ! - ShareChat")
![education - MOTOR 1. What_is it? device that converts ELECTRICAL ENERGY A Pushing intol MECHANICAL ENERGY charge Things move Opposife of GENERATOR makes 0 How it Works (Simple Analogy) 2 pushing charge Think of bur wqTer wheel 0 loop' wafer pump through Like al 0 Tnduced EMH electrons pushes Key Principle FARADAYS LAW 3. The MAGNETIC conductor if is induced An EMF in 0 linking chonges: FLUX itl క్ైి induced volfage (EMF) V= -L(dt) V rote of chonge of current di dt Key Components 4 B-field energy ( a coil Coil (Electromagnet) 00+ slip rings and brushes: Rings Slip & Brushes Creates B-field ! Sfrong Magnets )$ N Types & Formula] 5 AC Motor (using slip rings) (using commutator DC Mofor (Approx. Formulq ! ) F= n * B*A* [* sin(o) F= output force A = coil area current n = number of Turns I = B-field densify DC Mofor uses commuTqTor T0 reverse currenT Nos direcrion every half Turn ! MOTOR 1. What_is it? device that converts ELECTRICAL ENERGY A Pushing intol MECHANICAL ENERGY charge Things move Opposife of GENERATOR makes 0 How it Works (Simple Analogy) 2 pushing charge Think of wqTer wheel 0 loop' wafer pump through Like al 0 Tnduced EMH electrons pushes Key Principle FARADAYS LAW 3. The MAGNETIC conductor if is induced An EMF in 0 linking chonges: FLUX itl క్ైి induced volfage (EMF) V= -L(dt) V rote of chonge of current di dt Key Components 4 B-field energy ( a coil Coil (Electromagnet) 00+ slip rings and brushes: Rings Slip & Brushes Creates B-field ! Sfrong Magnets )$ N Types & Formula] 5 AC Motor (using slip rings) (using commutator DC Mofor (Approx. Formulq ! ) F= n * B*A* [* sin(o) F= output force A = coil area current n = number of Turns I = B-field densify DC Mofor uses commuTqTor T0 reverse currenT Nos direcrion every half Turn ! - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_457526_27fceb9e_1775527454820_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=820_sc.jpg "education - MOTOR 1. What_is it? device that converts ELECTRICAL ENERGY A Pushing intol MECHANICAL ENERGY charge Things move Opposife of GENERATOR makes 0 How it Works (Simple Analogy) 2 pushing charge Think of bur wqTer wheel 0 loop' wafer pump through Like al 0 Tnduced EMH electrons pushes Key Principle FARADAYS LAW 3. The MAGNETIC conductor if is induced An EMF in 0 linking chonges: FLUX itl క్ైి induced volfage (EMF) V= -L(dt) V rote of chonge of current di dt Key Components 4 B-field energy ( a coil Coil (Electromagnet) 00+ slip rings and brushes: Rings Slip & Brushes Creates B-field ! Sfrong Magnets )$ N Types & Formula] 5 AC Motor (using slip rings) (using commutator DC Mofor (Approx. Formulq ! ) F= n * B*A* [* sin(o) F= output force A = coil area current n = number of Turns I = B-field densify DC Mofor uses commuTqTor T0 reverse currenT Nos direcrion every half Turn ! MOTOR 1. What_is it? device that converts ELECTRICAL ENERGY A Pushing intol MECHANICAL ENERGY charge Things move Opposife of GENERATOR makes 0 How it Works (Simple Analogy) 2 pushing charge Think of wqTer wheel 0 loop' wafer pump through Like al 0 Tnduced EMH electrons pushes Key Principle FARADAYS LAW 3. The MAGNETIC conductor if is induced An EMF in 0 linking chonges: FLUX itl క్ైి induced volfage (EMF) V= -L(dt) V rote of chonge of current di dt Key Components 4 B-field energy ( a coil Coil (Electromagnet) 00+ slip rings and brushes: Rings Slip & Brushes Creates B-field ! Sfrong Magnets )$ N Types & Formula] 5 AC Motor (using slip rings) (using commutator DC Mofor (Approx. Formulq ! ) F= n * B*A* [* sin(o) F= output force A = coil area current n = number of Turns I = B-field densify DC Mofor uses commuTqTor T0 reverse currenT Nos direcrion every half Turn ! - ShareChat")
![education video - GENERATOR is it? 1 Whar device That converts MECHANICAL ENERGY A into ELECTRICAL ENERGY ೩ Turbine S OUTPUT : Electricity Turning GENERATOR INPUT: ಶ 1 (Simple Analogy) How i+ Works 2 wafer pump charge loop pushing Like Think_of Through ৭ conducfor = Induced EMF electrons scahering pushes | loop conductor rotation Key FARADAY'S LAW Principle 3 conducfor if Ihe MAGNETIC FLUX is_induced_in] An EMF linking chqnges. itl volfage (EMF) V = induced V = -L(di ) inducTqnce change of current rare of di/dt Key Components 4 B-field energy coil (Electromagnet) 0000000 Coil Rings & Brushes Slip Strong Mognefs Creates B-field ! )$ N 5. Types & Formula (using AC GenerqTor slip rings) DC Generafor (using commufafor ) sin (0) (Approx: Formula ! ) E = n * B * A * @ induced EMF coil area A E velocify number of rurns angular 0 n B-field densify 8 slio rings to output AC Generafor uses alrernaring current GENERATOR is it? 1 Whar device That converts MECHANICAL ENERGY A into ELECTRICAL ENERGY ೩ Turbine S OUTPUT : Electricity Turning GENERATOR INPUT: ಶ 1 (Simple Analogy) How i+ Works 2 wafer pump charge loop pushing Like Think_of Through ৭ conducfor = Induced EMF electrons scahering pushes | loop conductor rotation Key FARADAY'S LAW Principle 3 conducfor if Ihe MAGNETIC FLUX is_induced_in] An EMF linking chqnges. itl volfage (EMF) V = induced V = -L(di ) inducTqnce change of current rare of di/dt Key Components 4 B-field energy coil (Electromagnet) 0000000 Coil Rings & Brushes Slip Strong Mognefs Creates B-field ! )$ N 5. Types & Formula (using AC GenerqTor slip rings) DC Generafor (using commufafor ) sin (0) (Approx: Formula ! ) E = n * B * A * @ induced EMF coil area A E velocify number of rurns angular 0 n B-field densify 8 slio rings to output AC Generafor uses alrernaring current - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_77795_87bf676_1775527076285_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=285_sc.jpg "education video - GENERATOR is it? 1 Whar device That converts MECHANICAL ENERGY A into ELECTRICAL ENERGY ೩ Turbine S OUTPUT : Electricity Turning GENERATOR INPUT: ಶ 1 (Simple Analogy) How i+ Works 2 wafer pump charge loop pushing Like Think_of Through ৭ conducfor = Induced EMF electrons scahering pushes | loop conductor rotation Key FARADAY'S LAW Principle 3 conducfor if Ihe MAGNETIC FLUX is_induced_in] An EMF linking chqnges. itl volfage (EMF) V = induced V = -L(di ) inducTqnce change of current rare of di/dt Key Components 4 B-field energy coil (Electromagnet) 0000000 Coil Rings & Brushes Slip Strong Mognefs Creates B-field ! )$ N 5. Types & Formula (using AC GenerqTor slip rings) DC Generafor (using commufafor ) sin (0) (Approx: Formula ! ) E = n * B * A * @ induced EMF coil area A E velocify number of rurns angular 0 n B-field densify 8 slio rings to output AC Generafor uses alrernaring current GENERATOR is it? 1 Whar device That converts MECHANICAL ENERGY A into ELECTRICAL ENERGY ೩ Turbine S OUTPUT : Electricity Turning GENERATOR INPUT: ಶ 1 (Simple Analogy) How i+ Works 2 wafer pump charge loop pushing Like Think_of Through ৭ conducfor = Induced EMF electrons scahering pushes | loop conductor rotation Key FARADAY'S LAW Principle 3 conducfor if Ihe MAGNETIC FLUX is_induced_in] An EMF linking chqnges. itl volfage (EMF) V = induced V = -L(di ) inducTqnce change of current rare of di/dt Key Components 4 B-field energy coil (Electromagnet) 0000000 Coil Rings & Brushes Slip Strong Mognefs Creates B-field ! )$ N 5. Types & Formula (using AC GenerqTor slip rings) DC Generafor (using commufafor ) sin (0) (Approx: Formula ! ) E = n * B * A * @ induced EMF coil area A E velocify number of rurns angular 0 n B-field densify 8 slio rings to output AC Generafor uses alrernaring current - ShareChat")
