55 The input voltage of the push-pull converter as shown in Fig. 5-13 is 200 [V], and the turn-on times of switches 51 a

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answerhappygod
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55 The input voltage of the push-pull converter as shown in Fig. 5-13 is 200 [V], and the turn-on times of switches 51 a

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55 The Input Voltage Of The Push Pull Converter As Shown In Fig 5 13 Is 200 V And The Turn On Times Of Switches 51 A 1
55 The Input Voltage Of The Push Pull Converter As Shown In Fig 5 13 Is 200 V And The Turn On Times Of Switches 51 A 1 (10.31 KiB) Viewed 17 times
55 The Input Voltage Of The Push Pull Converter As Shown In Fig 5 13 Is 200 V And The Turn On Times Of Switches 51 A 2
55 The Input Voltage Of The Push Pull Converter As Shown In Fig 5 13 Is 200 V And The Turn On Times Of Switches 51 A 2 (36.17 KiB) Viewed 17 times
55 The input voltage of the push-pull converter as shown in Fig. 5-13 is 200 [V], and the turn-on times of switches 51 and 52 are 0.3 [ms] turn-off times are 0.7 [ms] respectively. Assuming that the transformer has a primary and secondary turn ratio of 1:2 and the output current is continuous, find the output voltage of the converter

Vi S₂ [Figure 5-13] Push-pull converter Nu Nu S₁ N 000 N₁1 S₁ 000 000 000 N₂1 cell 000 ++ D1 + V₂1 V₂ N₂ D₂ (a) Center tab method D₁ cele L 000 D₂ (b) Full Bridge Method D3 D₁ + L 000 R₂ 9₁. C= R₂
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