- 2-1.直流發電機的原理(14)
- 2-2.直流發電機的感應電勢(27)
- 2-3.直流發電機的構成與磁路(22)
- 2-4.直流發電機的定子與轉子(44)
- 2-5.電樞繞組(61)
- 2-6.直流發電機的分類(20)
- 4-1.直流發電機的特性曲線 (16)
- 4-2.他激式直流發電機的特性(13)
- 4-3.分激式直流發電機的特性(36)
- 4-4.串激式直流發電機的特性(17)
- 4-5.複激式直流發電機的特性(19)
- 4-6.電壓調整率(19)
- 4-7.直流發電機的並聯運用(24)
端電壓 V = E - IARA = 120 - 80 × 0.05 = 116V
串激發電機 IA=IL
感應電勢 E = V + IARA +IA RS + VB
= 100 + 10 × 0.2 + 10 × 0.4 + 2 = 108V
端電壓 V = E - IA(RA + RS) = 120 - 100 × (0.1 + 0.02) = 108V
輸出功率 P = V × IL = 108 × 100 = 10800W
負載電流 IL = P/V =5k/100 = 50A
場電流 IF = V/RF=100/100=1A
電樞電流 IA = IL + IF = 50+1 = 51A
V = E - IARA
100 = 110 - 51 ×RA
RA≒0.2Ω
端電壓 V = E - IARA = 100 - 40×0.1 = 96V
場電流 IF = V/RF = 96/48 = 2A
負載電流 IL = IA - IF = 40 - 2 = 38A
輸出功率 P = V×IL = 96×38 = 3648W
IL =P/V=6k/100= 60A
IF=V/RF100/100= 1A
IA = IL + IF = 61A
E = V + IARA
112 = 100 + 61 ×RA
RA = 0.2Ω
E = `(PZ)/(60ª)Φn` = `(4xx1200)/(60xx4)xx6xx10^(-3)xx1500=180V`
V = E - IARA - VB = 180-30×0.2-1 = 173V
並聯路徑數 a = mP = 2×4 = 8
電壓 V = 600×(1/8) = 75V
電樞總電流 = 10 ×8 = 80A
功率 P = VI = 75×80 = 6000W
V = E - IARA = 120 - 50 ×0.2 = 110V
P = V × IL = 110×50 = 5500W