【電験三種】機械令和３年問16／他の受験生を一歩リード！単相半波整流回路

This time, we will be providing an explanation for Question 16 of the 2021 Mechanical Engineering Examination for the Class 3 Electrical Engineer Examination. Table of Contents 0:00 Introduction & Self-Introduction 0:37 Problem Overview 1:14 Problem Statement 4:03 Quick Explanation 1. Operation of a Single-Phase Half-Wave Diode Rectifier Circuit Including a Reactor ① When 𝒆 𝟎 4:38 Quick Explanation 1. Operation of a Single-Phase Half-Wave Diode Rectifier Circuit Including a Reactor ② When 𝒆 𝟎 and there is energy in 𝑳 5:16 Quick Explanation 1. Operation of a Single-Phase Half-Wave Diode Rectifier Circuit Including a Reactor ③ When 𝒆 𝟎 and there is no energy in 𝑳 5:33　 Answer and Explanation (a) (a) 𝒗_𝐋 (𝒕) during the period when phase 𝝎𝒕 is 𝟎 𝝎𝒕 𝜽_𝐦 6:39　 Answer and Explanation (a) (b) 𝒗_𝐋 (𝒕) during the period when phase 𝝎𝒕 is 𝝎𝒕 𝜽_𝐦 7:23　 Answer and Explanation (a) (c) The magnetic energy of 𝐋 when 𝝎𝒕 = 𝝅 + 𝜷 8:04　 Answer and Explanation (a) (d) Output Voltage Average value of 𝒗_𝐝 (𝒕) 𝑽_𝐝 9:07 Answer and Explanation (b) Average value of output voltage 𝒗_𝐝 (𝒕) 𝑽_𝐝 [𝐕] 11:26 Summary --------------------------------------- ★Explanation from the Denken-ou website (3rd grade mechanical engineering exam, Reiwa 3, question 16) https://denken-ou.com/kikair3-16/ ★Reference book (The most understandable introduction to mathematics for the 2nd grade electrical engineering exam) https://amzn.to/3AgezrZ ★E-book (Comprehensive explanation of past questions for the 3rd grade electrical engineering exam, 4 subjects) https://denken-ou-tanaoroshi.com/item... ★E-book (Comprehensive explanation of past questions for the 3rd grade electrical engineering exam) Mechanical) https://denken-ou-tanaoroshi.com/item... ★Print version available here Amazon https://amzn.to/3KwhkaK --------------------------------------- #Electrical Engineer, Grade 3 #Mechanical #Past Exam Questions #Electrical Engineer King #Power Electronics #Single-Phase Half-Wave Rectifier Circuit #Reactor #Calculation Problem #Reiwa 3 #Question 16