Electrical Engineering

✴Electrical engineering is the study of electromagnetism, electricity and electronics. This electrical engineering App is better explaining these concepts and basics of electricity.The App is designed for easy learning, revisions, references at the time of exams and interviews. This app cover most of related topics and Detailed explanation with all the basics topics. Be a professional with this app. This app is for all engineering students and professionals across the world. ✴

►In this App, you will learn topics such as Inductance and Capacitance, Transients, Steady-State Sinusoidal Analysis, and Frequency Response, Bode Plots, and Resonance plus much more.Comprehensive handbook detailing the application of electrical engineering to the oil, gas , petrochemical industries and offshore industries. These have significantly different characteristics to large-scale power generation and long distance public utility industries. An essential reference for electrical engineering students, designers, operations and maintenance engineers and technicians.☆

【Few Important Topics covered in this App are Listed Below】

⇢ What Is Electrical Engineering

⇢ Nature of Electricity

⇢ Norton Theorem

⇢ Classification of Engineering Materials

⇢ Why Measure Voltage?

⇢ Battery Technology

⇢ What is black Body?

⇢ Power Plants and Types

⇢ Control Engineering

⇢ Electrical Power Transformer

⇢ Electrical Motor

⇢ Induction Motor

⇢ DC Motor or Direct Current Motor

⇢ Alternator Synchronous Generator

⇢ Electrical Switchgear Protection

⇢ Digital Electronics

⇢ What is Electrical Drive?

⇢ Kirchhoff’s Voltage Law (KVL)

⇢ Current Divider Circuits

⇢ What Is LiDAR and How Can I Use It?

⇢ Modelling the Pulse-Width Modulator

⇢ Switching Losses: Effects on Semiconductors

⇢ An Intro to Multiplexing: Basis of Telecommunications

⇢ Boolean Identities

⇢ A Practical Introduction to Operational Amplifiers

⇢ eMMCs: An Introduction

⇢ Universal Logic Gates

⇢ Understanding and Applying the Hall Effect

⇢ Introduction to Operational Amplifiers

⇢ AC Phase

⇢ Diodes and Rectifiers

⇢ Negative Feedback

⇢ Understanding Illuminance: What’s in a Lux?");

⇢ Measuring and Calculating Lux Values

⇢ Measuring and Calculating Lux Values, Part 2

⇢ Characteristics of Operational Amplifiers

⇢ The Inverting Configuration of an Amplifier

⇢ Non-inverting Configuration of an Operational Amplifier

⇢ Characteristics of Junction Diodes

⇢ Electric Fields and Capacitance

⇢ Factors Affecting Capacitance

⇢ Introduction to Capacitive Touch Sensing

⇢ Circuits and Techniques for Implementing Capacitive Touch Sensing

⇢ Analysis of Forward Conducting Diodes

⇢ How Sensor Fusion Works

⇢ Generation, Transmission and Distribution of Electric Power

⇢ Thermal, hydel & nuclear power stations

⇢ Transmission of power

⇢ Single line representation of power system

⇢ Solution of Electric Circuit Based on Mesh (Loop) Current Method

⇢ Solution of Electric Circuit Based on Node Voltage Method

⇢ Examples of Electric Circuit Based on Node Voltage Method

⇢ Wye (Y) - Delta (∆) OR Delta (∆)-Wye (Y) Transformations

⇢ Conversion from Delta (Δ) to Star or Wye (Y)

⇢ Application of Star (Y) to Delta (Δ) or Delta (Δ) to Star (Y) Transformation

⇢ Examples of Star (Y) to Delta (Δ) or Delta (Δ) to Star (Y) Transformation

⇢ Superposition Theorem in the context of dc voltage and current sources acting in a ⇢ ⇢ resistive network

⇢ Application of superposition theorem

⇢ Example of superposition theorem

⇢ Limitations of superposition Theorem

⇢ Thevenin’s and Norton’s theorems in the context of dc voltage and current sources acting in a resistive network

⇢ The procedure for applying Thevenin’s theorem

⇢ Maximum Power Transfer Theorem

⇢ Study of DC transients in R-L and R-C circuits

⇢ Inductance calculation from physical dimension of coil

⇢ Study of dc transients and steady state response of a series R-L circuit.

⇢ Energy stored in an inductor

⇢ Capacitor and its behaviour

⇢ Response of a series R-L-C circuit due to a dc voltage source

Engineering Kejuruteraan elektrik adalah kajian tentang elektromagnetisme, elektrik dan elektronik. App kejuruteraan elektrik ini lebih baik menerangkan konsep dan asas-asas elektrik. Aplikasi ini direka untuk pembelajaran mudah, semakan, rujukan pada masa peperiksaan dan temu bual. Aplikasi ini meliputi kebanyakan topik berkaitan dan Penjelasan terperinci dengan semua topik asas. Menjadi profesional dengan aplikasi ini. Aplikasi ini adalah untuk semua pelajar kejuruteraan dan profesional di seluruh dunia. ✴

►Dalam App ini, anda akan mempelajari topik-topik seperti Induktans dan Kapasit, Transients, Analisis Sinusoidal Steady-State, dan Respons Frekuensi, Plot Bode, dan Resonans serta banyak lagi. Buku panduan komprehensif yang memperincikan aplikasi kejuruteraan elektrik kepada minyak, gas, industri petrokimia dan industri luar pesisir. Ini mempunyai ciri-ciri yang sangat berbeza untuk penjanaan kuasa besar dan industri utiliti awam jarak jauh. Satu rujukan penting untuk pelajar kejuruteraan elektrik, pereka, jurutera operasi dan penyelenggaraan dan juruteknik

【Beberapa Topik Penting yang diliputi dalam Aplikasi ini adalah Disenaraikan Di Bawah】

⇢ Apakah Kejuruteraan Elektrik

⇢ Alam Elektrik

⇢ Norton Theorem

⇢ Klasifikasi Bahan Kejuruteraan

⇢ Mengapa Mengukur Voltan?

⇢ Teknologi Bateri

⇢ Apa badan hitam?

Pl Tumbuhan dan Jenis Kuasa

⇢ Kawalan Kejuruteraan

Transform Transformer Kuasa Elektrik

⇢ Motor elektrik

⇢ Induksi Motor

⇢ Motor DC atau Motor Semasa Langsung

Gener Generator Synchronous Alternator

Protection Perlindungan Switchgear Elektrik

⇢ Digital Electronics

⇢ Apakah Drive Elektrik?

Law Undang-undang Voltan Kirchhoff (KVL)

⇢ Litar Pembahagi Semasa

⇢ Apa itu LiDAR dan Bagaimana saya Boleh Menggunakannya?

⇢ Mempodelkan Modulator Pulse-Width

⇢ Menukar Kerugian: Kesan Semikonduktor

⇢ Pengenalan kepada Multiplexing: Asas Telekomunikasi

⇢ Identiti Boolean

⇢ Pengenalan Praktikal kepada Penguatkuasaan Operasi

⇢ eMMCs: Pengenalan

⇢ Universal Logic Gates

⇢ Memahami dan Memohon Kesan Dewan

⇢ Pengenalan kepada Penguatkuasaan Operasi

⇢ AC Fasa

⇢ Diod dan Rectifiers

Feedback Maklum balas negatif

⇢ Memahami Illuminance: Apa yang ada dalam Lux? ");

⇢ Mengukur dan Mengira Nilai Lux

⇢ Mengukur dan Mengira Nilai Lux, Bahagian 2

⇢ Ciri-ciri Penguatkuasaan Operasi

⇢ Konfigurasi Inverting Penguat

⇢ Konfigurasi Penguat Operasi Tidak Mengalihkan

⇢ Ciri-ciri Diodes Junction

Field Medan dan Kapasiti Elektrik

⇢ Faktor-faktor yang mempengaruhi kapasiti

⇢ Pengenalan kepada Pengesan Sensitif Kapasitif

⇢ Litar dan Teknik untuk Melaksanakan Sensasi Sentuh Kapasit

⇢ Analisis Diod Mengurus Hadapan

⇢ Bagaimana Fusion Sensor berfungsi

⇢ Generasi, Transmisi dan Pengedaran Kuasa Elektrik

⇢ Stesen tenaga haba, hidel & nuklear

⇢ Penghantaran kuasa

Represent Perwakilan garis tunggal sistem kuasa

⇢ Penyelesaian Litar Elektrik Berdasarkan Mesh (Loop) Kaedah Semasa

⇢ Penyelesaian Litar Elektrik Berdasarkan Kaedah Tegangan Nod

⇢ Contoh Litar Elektrik Berdasarkan Kaedah Tegangan Nod

⇢ Wye (Y) - Delta (Δ) OR Delta (Δ) -Wye (Y) Transformations

⇢ Penukaran dari Delta (Δ) ke Star atau Wye (Y)

⇢ Permohonan Star (Y) kepada Delta (Δ) atau Delta (Δ) kepada Star (Y) Transformasi

⇢ Contoh Bintang (Y) kepada Delta (Δ) atau Delta (Δ) kepada Star (Y) Transformasi

⇢ Teorem Superposisi dalam konteks sumber voltan dan semasa yang bertindak dalam rangkaian resistif ⇢.

⇢ Penggunaan teorem superposisi

⇢ Contoh teorem superposisi

⇢ Batasan teorem superposisi

⇢ Teorem Thevenin dan Norton dalam konteks sumber voltan dan arus dc yang bertindak dalam rangkaian rintangan

⇢ Prosedur untuk menerapkan teorem Thevenin

The Teorem Pemindahan Maksimum

⇢ Kajian transien DC dalam rangkaian R-L dan R-C

Calculation Pengiraan induktansi dari dimensi fizikal gegelung

⇢ Kajian tentang transien dc dan tindak balas keadaan mantap bagi rangkaian R-L siri.

⇢ Tenaga yang disimpan dalam induktor

⇢ Kapasitor dan kelakuannya

⇢ Maklum balas rangkaian litar R-L-C disebabkan oleh sumber voltan dc