แผนการเรียนการสอนวิชาอิเล็กทรอนิกส์ 1

Electronic 1 Chonburi แผนการสอน มงุ่ เนน้ สมรรถนะอาชีพและบรู ณาการปรชั ญาของเศรษฐกิจพอเพยี ง วิชา อิเลก็ ทรอนกิ ส์ 1 (Electronics 1) รหสั วิชา 6105 - 2112 หลกั สตู รประกาศนียบตั รวิชาชีพชนั้ สงู (ตอ่ เน่ือง 5 ปี) พทุ ธศกั ราช 2561 สาขางานวิศวกรรมอิเลก็ ทรอนกิ ส์ สาขางานหนุ่ ยนตเ์ พ่อื การอตุ สาหกรรม ภาคเรยี นท่ี 2 ปีการศกึ ษา 2564 จดั ทาโดย นายกญั ญค์ เณศวร์ ณฏั ฐยากร ตาเหนง่ ครูผชู้ ่วย วิทยาลยั อาชีวศกึ ษาเทคโนโลยีฐานวิทยาศาสตร์ (ชลบรุ )ี

Electronic 1 Chonburi Electronic 1 Code 6105 – 2112 (2 Hours / Week) Class objectives 1. To understand the principle of analyzing the properties of devices in electronic circuits, diodes, transistors, SCR, diodes, triads, UJT, FET, MOSFETs, optical electronics. 2. To be able to measure and test devices in electronic circuits. 3. To be able to design, test and apply rectifier circuits as well. Different types of diodes, constant voltage circuits power electronic equipment circuit. Course Competence 1. explain electronics 2. Assemble and inspect equipment in electronic circuits 3. Measure and test equipment in electronic circuits, their structure and working principle. Course Description Study and practice the structure and working principle and understand the principle of analyzing the properties of devices in electronic circuits. Diode Transistor Triac UJT FET MOSFET optical electronics Rectifier circuits with different types of diodes. Different voltage stabilizers. Introduction to power electronics circuits Transistor Pulse Generator Electronic 1 Code 6105 – 2112 (2 Hours / Week)

Electronic 1 Chonburi Week Topic Content Hours Page 1 Chapter 1 1 hour Practical Working Principle of 1.1 Categories of Diode 1 hour Electronics For Diode 1.2 Structure and Working Principle of Diode Inventors 1.3 Property Analysis of Diode 1 hour Chapter 4.2 2 Chapter 2 Working 1 hour Principle of Transistor 1.4 Practice measuring and testing the Practical properties of diodes. 2 hour Electronics For 1 hour Inventors 2.1 Categories of Transistor 1 hour Chapter 4.3 2.2 Structure and Working Principle of 1 hour Transistor 1 hour Practical 2.3 Property Analysis of Transistor 1 hour Electronics For 1 hour Inventors 2.4 Practice measuring and testing the 1 hour Chapter 4.4.2 1 hour Practical properties of Transistor Electronics For 1 hour Inventors 3 Chapter 2 2.4 Common Base Circuit 1 hour Chapter 4.4.4 Practical Working Principle of 2.5 Common Collector Circuit Electronics For Inventors Transistor 2.6 Common Emitter Circuit Chapter 4.3.6 Electronic 4 Chapter 3 3.1 Structure and Working Principle of SCR Devices and Circuit Theory Working Principle of SCR 3.2 Using Principled Analysis of SCR Chapter 6 Electronic 5 Chapter 4 3.3 Practice measuring and testing the Devices and Working Principle of properties of SCR Circuit Theory Triac Chapter 6 4.1 Structure and Working Principle of Triac 4.2 Using Principled Analysis of Triac 4.3 Practice measuring and testing the properties of Triac 6 Chapter 5 5.1 Structure and Working Principle of UJT Working Principle of UJT 5.2 Using Principled Analysis of UJT 5.3 Practice measuring and testing the properties of UJT 7 Chapter 6 6.1 Structure and Working Principle of FET Working Principle of 6.2 Using Principled Analysis of FET FET 6.3 Practice measuring and testing the properties of FET 8 Chapter 7 Working 7.1 Structure and Working Principle of Principle of MOSFET MOSFET 7.2 Using Principled Analysis of MOSFET 7.3 Practice measuring and testing the properties of MOSFET 9 Midterm Examination

Electronic 1 Chonburi 10 Chapter 8 Optical 8.1 Categories of Optical Electronics Practical 2 hour Electronics For Electronics Equipment Equipment 8.2 Structure and Working Principle of Inventors Optical Electronics Equipment Chapter 5 11 Chapter 9 Rectifier 9.1 Half Wave Rectifier Circuit 30 min. Electronic Circuit with Several 30 min. Devices and Types of Diodes 9.2 Practice measuring and testing the properties of Half Wave Rectifier Circuit Circuit Theory 30 min. Chapter 2 9.3 Full Wave Rectifier Circuit 9.4 Practice measuring and testing the 30 min. properties of Full Wave Rectifier Circuit 12 Chapter 9 Rectifier 9.5 Full Wave Rectifier Circuit (Bridge 1 hour Electronic Circuit with Several Rectifier Circuit) Devices and Types of Diodes Circuit Theory 9.6 Practice measuring and testing the properties of Full Wave Rectifier Circuit 1 hour Chapter 2 (Bridge Rectifier Circuit) 13 Chapter 10 Voltage 10.1 Categories of Voltage Constant Circuit Practical Constant Circuit in in Several Types 2 hour Electronics For Several Types 10.2 Voltage Control Circuit (Zener diode) Inventors Chapter 4.2.6 14 Chapter 10 10.3 Practice measuring and testing the Practical Voltage Constant Circuit properties of Voltage Control Circuit (Zener 2 hour Electronics For in Several Types diode and Transistor) Inventors Chapter 11 15 Chapter 11 Using of 11.1 Categories of Power Electronics Practical 2 hour Electronics For Basic Power Electronics Equipment Inventors Equipment 11.2 Power Transistor Chapter 12.7 16 Chapter 12 FEEDBACK 12.1 FEEDBACK AMPLIFIER - PHASE AND 2 hour Practical AMPLIFIER - PHASE AND FREQUENCY CONSIDERATIONS Electronics For FREQUENCY Inventors CONSIDERATIONS Chapter 14.4 17 Do the exercises at the end of the lesson 2 18 Final Examination