Sitemap

• Job (EEE) Viva Voce preparation in Bangladesh : ইলেক্ট্রিক্যাল ইঞ্জিনিয়ারিং এর চাকুরী ভাইবা প্রস্তুতি
• Mastering Modbus Communication: A Comprehensive Guide with Troubleshooting Tips
• Departmental Job Exam Preparation of EEE by MD. Tahrimur Rahman
• BREB/PBS JOB EXAM PREPARATION BY MD. TAHRIMUR RAHMAN
• Understanding OPC Servers in DCS Systems: A Comprehensive Guide
• Bandgap Tailoring: In search of new technology
• What are the advantages and disadvantages of analog modulation?
• Understanding the difference between Aperture effect and Aliasing in digital communication
• Feel the pressure: Understanding Absolute Pressure, Atmospheric Pressure, Gauge Pressure and Vacuum Pressure
• The Effects of Heat on Magnetic Materials: Why Do They Lose Magnetism?
• The Future of Artificial Intelligence: Trends, Challenges, and Opportunities
• Challenges and limitations of using superconductors in practical applications
• The applications of superconductors in modern technology
• Roaming: What It Is and How It Works?
• GSM vs. CDMA: Understanding the Differences and Which One to Choose
• GSM Technology: The Global Standard for Mobile Communication
• Understanding the Temperature Coefficient of Resistance in Materials: An Essential Guide for Electrical Engineers.
• A Guide to Understanding Satellite Orbits and Their Types
• Understanding Source and Channel Coding for Efficient Data Transmission
• A Comparison of Amplitude Modulation and Frequency Modulation
• Understanding the difference between geostationary and geosynchronous orbits
• Magnetic materials: Understanding their classification
• Magnetic materials may be hard or soft (Can you distinguish them?)
• Fiber Optics: Revolutionizing Communication with its Advantages
• Introduction to Superconductors: Properties, Classification, and High-Temperature Superconductors
• Cleanroom Technology: The Key to Contamination Control
• Interview Questions: ECE (basic-2)
• Assembly language Programming Codes for the 8086 Microprocessor
• Interview Questions: ECE (basic-1)
• Expanding the Capacity of Cellular Mobile Networks: Cell Splitting, Sectoring, and Coverage Zones
• Advantages of FM over AM for Sound Signal Transmission
• The Evolution and Impact of Television: From its Origins to Modern Applications
• An Introduction to Oscillators: Their Functionality, Types, and Application
• Understanding the Differences between Stimulated Emission and Spontaneous Emission in Physics
• Exploring Electrical Conductivity in Metals: Deriving the Classical Theory
• Negative Resistance: Breaking Down the Basics
• Programming Languages Acronym stand for
• Interview Questions: Microwave engineering (basic-3)
• Frequency Hopping Spread Spectrum: Fast vs slow
• Active vs Passive Instruments: Understanding the Key Differences
• Features of Intel 8086 microprocessor: A Beginner's Guide
• Programmed I/O vs Interrupt-driven I/O: Understanding the Difference
• Importance of I/O Module
• Understanding Computer Interfaces: may be Hardware or Software
• What do you mean by N-(such as 16) bit processor?
• Understanding the Supernode Analysis in Circuit Theory with an Example
• Manual vs Automatic Switching Systems: A Comparison
• Writing a Prime Number Program in Assembly Language
• Stray or Parasitic Capacitance in High Frequency Electronics Circuit
• Earth is the Same, but Matter Exhibits Different Properties and Behaviors in Nature - Why?
• Performing Pulse Code Modulation and Demodulation using MATLAB Code
• What do you mean by Constellation Diagrams in Communication Systems?
• Sampling Theorem Statement
• Comparison of PCM, DM, and ADM: Which one is the best for digital communication?
• Nodal Analysis of an Electric Circuit: Finding Node Voltages and Branch Currents
• Understanding the Skin Effect in Transmission Lines
• Types of Electronic Components: Active or Passive
• Security Risks in Satellite Communication: Is Intercepting Information Signals Possible?
• Why are microwaves preferred for satellite communications?
• Choosing Between Satellite and Fiber Optic Communication: Understanding the Differences
• Electrical Transducers with their advantages and disadvantages
• Understanding the difference between FET & BJT
• Understanding the difference between TWT and KLYSTRON
• How to run your first Assembly Language Program using 8086 MASM Assembler and Dosbox at windows
• Digital signal processing: A brief Introduction
• Meaning of Systematic and Non-systematic code
• Line code or coding: their properties
• What is Aperture effect in digital communication?
• What is Aliasing in digital communication ?
• Different types of noises and signals in communication system
• Digital Communication: Exploring its advantages and disadvantages
• Understanding Flowed and Non-Blocked, Non-Flowed and Blocked Switching Networks
• Understanding the Huffman coding procedures in digital communication with examples
• understanding Eye pattern or diagram
• Difference between RISC and CISC architecture of processors
• Difference between Microprocessor and Microcontroller
• Evolution of Telecommunication technology
• zero Electric Resistance of the superconductors: why?
• Friis-Transmission Equation of Antenna: Derivation
• Introduction to the Radiating field regions of an antenna
• Understanding the Diode Transient
• SEMICONDUCTOR SURFACE EFFECT DURING RECOMBINATION
• PN Junction Breakdown Processes
• Understanding the fields of Electrical and Electronics engineering
• Electrical conductivity of the materials according to quantum mechanical consideration
• What is data, information and signal ( any confusion about their difference ! )
• Different types of noises & signals in communication sustem
• Electrical conductivity of the materials according to classical electron theory
• Proof of Maxwell's First Equation
• Maxwell's Equations for different Medium
• What is bilateral and unilateral circuit element?
• Difference between active and passive components of an electric circuit
• General Relation between voltage and current of transmission line: Derivation
• Equivalent Circuit of a Transmission Line
• Diode theory: Forming a PN-Junction
• Micro-stripline: Its advantages and disadvantages
• Stripline: Its advantages and disadvantages
• Planar transmission lines: Its advantages and disadvantages
• Reciprocal Lattice
• Determining Miller Indices of a Crystal Plane