About this app
Learn Electrical Engineering on Your Phone
Electrical engineering is the study of electromagnetism, electricity and electronics. This electrical engineering application better explains the concepts and basics of electricity. This application is designed for easy learning, revisions, references during exams and interviews. This application includes most of the related topics and detailed explanations with all the basic topics. Become a professional with this application. This application is for all engineering and professional students around the world.
In this Application, you will study topics such as Inductance and Capacitance, Transients, State-of-the-art Sinusoidal Analysis, and Frequency Response, Bode Plots, and Resonance plus many more. A comprehensive guidebook detailing the application of electrical engineering to oil, gas, petrochemical industry and offshore industries. It has characteristics that are very different from large-scale power plants and the long-distance public utility industry. Important references for electrical engineering students, designers, operations and maintenance engineers and technicians. ☆
Some of the Important Topics included in this Application are Registered Below
What is Electrical Engineering
Electrical properties
Norton Theorem
Engineering Material Classification
Why Measure Voltage?
Baterai Battery Technology
What is a black body?
Electricity and Type
Control techniques
Electric Power Transformer
Electric Motors
Induction Motor
DC DC Motor or Direct Current Motor
Alternator Synchronous Generator
Electric Switchgear Protection
Digital Electronics
What is an Electric Drive?
Kirch Kirchhoff Voltage Law (KVL)
Arus Flow Divider Circuit
What is LiDAR and how to use it?
Modeling Pulse-Width Modulator
Change Disadvantages: Effects on Semiconductors
Antar Introduction to Multiplexing: Basic Telecommunications
Boolean identity
Practical Introduction to Operational Strengthening
MM eMMC: An Introduction
Universal Logic Gate
Understand and Apply the Hall Effect
Antar Introduction to Operational Strengthening
AC phase
Diodes and rectifiers
Negative Feedback
Ahami Understanding Illumination: What is Lux? ");
Measuring and Calculating Lux Value
Measure and Calculate Lux Value, Part 2
Operational Strengthening Characteristics
Configuration of the Reversing Amplifier
Non-inverting configuration of Operational Amplifiers
Junction Characteristics of Junction Diodes
Electricity Field and Capacitance
Factors Affecting Capacitance
Antar Introduction to Capacitive Touch Sensation
Circuits and Techniques for Implementing Capacitive Touch Sensing
Forward Forward Diode Analysis
How Sensor Fusion Works
Generation, Transmission and Distribution of Electric Power
Thermal, hydel & nuclear power plants
Transmission of power
Single line power system representation
Listrik Electrical Circuit Solutions Based on the Current Loop Method
Listrik Electric Circuit Solutions Based on the Node Voltage Method
Examples of Electric Circuits Based on the Node Voltage Method
Wye (Y) - Delta (∆) OR Delta (∆) -Well (Y) Transformation
Versi Conversion from Delta (Δ) to Star or Wye (Y)
Star Star (Y) application to Delta (Δ) or Delta (Δ) to Star (Y) Transformation
Example of Star (Y) to Delta (Δ) or Delta (Δ) to Star (Y) Transformation
Super Superposition theorem in the context of dc voltage and current source that works in a resistive network ⇢ ⇢
Superposition theorem application
Examples of superposition theorems
Atasan Limitations of the superposition theorem
Ven Thevenin and Norton theorem in the context of voltage and electric current sources that work in resistive networks
Procedure for applying Thevenin's theorem
Study of dc transients and steady state responses of series R-L series.
Energy stored in the inductor
Capacitors and their behavior
Response of R-L-C series series due to dc voltage source
