Industrial Electronics (26833)
Course Conducted By
MD. Badeuzzamal Sarker
Instructor
Electrical Technology
Daffodil Institute of Engineering & Technology
Mohammad Soheb
Instructor
Electrical Technology
Daffodil Institute of Engineering & Technology
This Course is for: Diploma in Engineering (ET 3rd Semester)
Objectives of the Course
After completion of the course students will be able to:
To develop the knowledge and skill on using semiconductor diodes in power electronics.
To familiarize with power switching devices.
To develop the knowledge & skill on inverter, Chopper & Cycloconverter
To familiarize dc and ac control drive.
To develop knowledge & skill on photo diodes, Photo Transistor & Photo Resistor.
To develop knowledge & skill on the Solar Power system.
To develop knowledge & skill on UPS, IPS & AVR.
To develop knowledge & skill on electronic safety systems.
| দায়িত্বপ্রাপ্ত | Md. Badeuzzamal Sarker |
|---|---|
| Last Update | মঙ্গলবার 10 ফেব 2026 |
| Completion Time | 22 ঘন্টা 30 মিনিট |
| Members | 1 |
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Course Information6Lessons ·
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Super Short Suggestion
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Chapter-13Lessons ·
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Introduction to Power Electronics - Semiconductor Devices - Industrial Electronics
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V-I Characteristics of Rectifier Diode - Semiconductor Device - Industrial Electronics
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Chapter-25Lessons ·
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Introduction to Power MOSFET Structure - Semiconductor Devices - Industrial Electronics
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Power MOSFET V I Characteristics - Semiconductor Devices - Industrial Electronics
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Introduction to Power BJT Structure - Semiconductor Devices - Industrial Electronics
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Introduction to V I Characteristics Of Power BJT - Semiconductor Devices - Industrial Electronics
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Chapter-37Lessons ·
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Introduction to UJT Construction - Semiconductor Devices - Industrial Electronics
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Introduction to UJT Working Principle - Semiconductor Devices - Industrial Electronics
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V I characteristics of UJT - Semiconductor Devices - Industrial Electronics
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UJT Triggering Circuit - Semiconductor Devices - Industrial Electronics
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UJT as relaxation oscillator (Basics, Circuit, Working, Waveform & Parameters) Explained
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GTO - Gate Turn Off Thyristor (Basics, Symbol, Structure, Working & Characteristics) Explained
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Chapter-412Lessons ·
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Introduction to OPAMP - Operational Amplifier and 555 Timer - Industrial Electronics
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OPAMP Symbol and Terminal - Operational Amplifier and 555 Timer - Industrial Electronics
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Block Diagram of OP AMP - Operational Amplifier and 555 Timer - Industrial Electronics
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Equivalent Circuit of an OP AMP - Operational Amplifier and 555 Timer - Industrial Electronics
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Open Loop Configuration - Operational Amplifier and 555 Timer - Industrial Electronics
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Closed Loop Configuration - Operational Amplifier and 555 Timer - Industrial Electronics
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Non Inverting Adder - Operational Amplifier and 555 Timer - Industrial Electronics
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Three Op Amp Instrumentation Amplifier - Operational Amplifier and 555 Timer - Industrial Electronic
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Introduction and Classification of Filters - Operational Amplifier and 555 Timer
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Introduction to First Order Butterworth Low Pass Filter - Operational Amplifier and 555 Timer
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Introduction to First Order Butterworth High Pass Filter - Operational Amplifier and 555 Timer
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Chapter-56Lessons ·
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Working Principle of SCR - Semiconductor Devices - Industrial Electronics
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SCR Triggering Methods / SCR turn ON Methods in Power Electronics by Engineering Funda
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Turn OFF Methods of SCR / Commutation Methods of SCR in Power Electronics by Engineering Funda
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Half wave phase controlled rectifier with resistive (R) load || Power Electronics
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Half wave phase controlled rectifier with resistive and inductive (R-L) load || Power Electronics
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Chapter-65Lessons ·
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TRIAC (Basics, Working, Structure, Symbol, Characteristics & Application) Explained
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Modes of TRIAC, Operational modes of TRIAC in Power Electronics by Engineering Funda
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DIAC (Basics, Symbol, Uses, Structure, Working & Characteristics) Explained in Power Electronics
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Comparison Between SCR, DIAC and TRIAC based on different Parameters in Power Electronics
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Chapter-75Lessons ·
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Single Phase Halfwave Controlled Rectifier with R-L-E Load || Power Electronics
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Single Phase Full Wave Controlled Bridge Rectifier || Power Electronics
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Single Phase Full Wave Symmetrical Semiconverter || Power Electronics
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Single Phase Full Wave Asymmetrical Semiconverter || Power Electronics
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Chapter-84Lessons ·
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ডায়োডের সাহায্যে থ্রি ফেজ ব্রিজ রেকটিফিকেশন || Three Phase Bridge Rectification With Diodes
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Three phase half wave controlled rectifier || working & waveforms || Power Electronics
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Three Phase Full Wave Controlled Rectifier || Power Electronics || Bangla
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Chapter-94Lessons ·
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চপারের সংজ্ঞা ||Define chopper||chopper basics | what is chopper ||chopper in Industrial Electronics
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Step-Down Chopper |Buck Converter |ভোল্টেজ স্টেপ-ডাউন চপার ||ভোল্টেজ স্টেপ-ডাউন চপারের কার্যপ্রণালি
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Step-up Chopper | Boost Converter | ভোল্টেজ স্টেপ-আপ চপার | Industrial Electronics
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Chapter-103Lessons ·
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Introduction to Inverter || Power Electronics Course || Rojib EEE Academy
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How to make to inverter || 12v to 220v inverter
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Chapter-116Lessons ·
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Cycloconverter (Basics, Need, Classifications & Applications) Explained
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Step Up Bridge Cycloconverter (Basics, Circuit, Modes, Working, Waveforms & Applications) Explained
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Step Down Bridge Cycloconverter (Basics, Circuit, Modes, Working, Waveform & Applications) Explained
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Step Down Cycloconverter (Basics, Circuit, Modes, Working, Waveforms & Applications) Explained
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Step Up Cycloconverter (Basics, Circuit, Modes, Working, Waveforms & Applications) Explained
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Chapter-125Lessons ·
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Introduction to AC Voltage Controllers and Operation of Half Wave AC Voltage Controllers
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Single Phase Full Wave AC-AC Converter with Resistive Load by Dr. S. K. Mittal
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Single Phase Full Wave AC-AC Converter with Inductive (R-L) Load by Dr. S. K. Mittal
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3 Phase Fully Controlled AC-DC Converter with R load with Firing Angle α=30° by Dr. S.K.Mittal
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Chapter-135Lessons ·
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ইন্ডাকশন হিটিং-এর মূলনীতি || The principle of induction heating
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ডাইইলেকট্রিক হিটিং-এর মূলনীতি|| The principle of dielectric heating
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Induction Heating (Basics, Working, Circuit, Applications, Block Diagram & Applications) Explained
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Dielectric Heating (Basics, Working, Applications, Block Diagram & Applications) Explained
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Chapter-146Lessons ·
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ব্লক ডায়াগ্রামের সাহায্যে SMPS -এর কার্যপ্রণালি ও মূলনীতি| Switching mode power supply block diagram
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অটোমেটিক ভোল্টেজ রেগুলেটর এর মূলনীতি ও কার্যপ্রণালি || Automatic Voltage Regulator Working Principle
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ব্লক ডায়াগ্রামসহ UPS এর মূলনীতি এবং কার্যপ্রণালি | Uninterruptible Power Supply Working Principle
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On Line UPS (Basics, Block Diagram, Working, Applications & Specifications) Explained
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Off Line UPS (Basics, Block Diagram, Working, Applications & Specifications) Explained
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Chapter-151Lessons ·
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