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

✴Electrical engineering adalah studi elektromagnetisme, listrik dan elektronik. Aplikasi teknik elektro ini lebih baik menjelaskan konsep-konsep ini dan dasar-dasar listrik. Aplikasi ini dirancang untuk pembelajaran yang mudah, revisi, referensi pada saat ujian dan wawancara. Aplikasi ini mencakup sebagian besar topik terkait dan Penjelasan terperinci dengan semua topik dasar. Menjadi seorang profesional dengan aplikasi ini. Aplikasi ini untuk semua mahasiswa teknik dan profesional di seluruh dunia. ✴

►Dalam Aplikasi ini, Anda akan mempelajari topik-topik seperti Induktansi dan Kapasitansi, Transien, Analisis Sinusoidal Mantap Negara, dan Respon Frekuensi, Bode Plots, dan Resonansi plus banyak lagi. Buku panduan komprehensif yang merinci aplikasi teknik elektro ke minyak, gas, industri petrokimia dan industri lepas pantai. Ini memiliki karakteristik yang sangat berbeda dengan pembangkit listrik skala besar dan industri utilitas umum jarak jauh. Referensi penting untuk mahasiswa teknik elektro, desainer, operasi dan insinyur pemeliharaan dan teknisi. ☆

【Beberapa Topik Penting yang tercakup dalam Aplikasi ini Terdaftar di Bawah Ini】

⇢ Apa itu Teknik Elektro

⇢ Sifat Listrik

⇢ Norton Theorem

⇢ Klasifikasi Material Rekayasa

⇢ Mengapa Mengukur Tegangan?

⇢ Teknologi Baterai

⇢ Apa itu Tubuh hitam?

⇢ Pembangkit Listrik dan Jenis

⇢ Teknik Kontrol

⇢ Transformator Tenaga Listrik

⇢ Motor Listrik

⇢ Motor Induksi

⇢ Motor DC atau Motor Arus Langsung

⇢ Alternator Synchronous Generator

⇢ Perlindungan Switchgear Listrik

⇢ Elektronika Digital

⇢ Apa itu Penggerak Listrik?

⇢ Hukum Tegangan Kirchhoff (KVL)

⇢ Sirkuit Pembagi Arus

⇢ Apa itu LiDAR dan Bagaimana Cara Menggunakannya?

⇢ Pemodelan Pulse-Width Modulator

⇢ Ganti Kerugian: Efek pada Semikonduktor

⇢ Pengantar Multiplexing: Dasar Telekomunikasi

⇢ Identitas Boolean

⇢ Pengantar Praktis untuk Penguat Operasional

⇢ eMMC: Suatu Pengantar

⇢ Gerbang Logika Universal

⇢ Memahami dan Menerapkan Efek Hall

⇢ Pengantar Penguat Operasional

⇢ Fase AC

⇢ Dioda dan Penyearah

⇢ Umpan Balik Negatif

⇢ Memahami Iluminasi: Apa itu Lux? ");

⇢ Mengukur dan Menghitung Nilai Lux

⇢ Mengukur dan Menghitung Nilai Lux, Bagian 2

⇢ Karakteristik Penguat Operasional

⇢ Konfigurasi Pembalik Penguat

⇢ Konfigurasi Non-pembalik Penguat Operasional

⇢ Karakteristik Junction Dioda

⇢ Medan Listrik dan Kapasitansi

⇢ Faktor yang Mempengaruhi Kapasitansi

⇢ Pengantar Sensasi Sentuh Kapasitif

⇢ Sirkuit dan Teknik untuk Mengimplementasikan Penginderaan Sentuh Kapasitif

⇢ Analisis Dioda Melakukan Forward

⇢ Bagaimana Sensor Fusion Bekerja

⇢ Generasi, Transmisi, dan Distribusi Tenaga Listrik

⇢ Thermal, hydel & pembangkit listrik tenaga nuklir

⇢ Transmisi kekuasaan

⇢ Representasi garis tunggal sistem tenaga

⇢ Solusi Sirkuit Listrik Berdasarkan Metode Loop (Loop) Saat Ini

⇢ Solusi Sirkuit Listrik Berdasarkan Metode Tegangan Node

⇢ Contoh Sirkuit Listrik Berdasarkan Metode Tegangan Node

⇢ Wye (Y) - Delta (∆) ATAU Delta (∆) -Yah (Y) Transformasi

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

⇢ Aplikasi Star (Y) ke Delta (Δ) atau Delta (Δ) ke Star (Y) Transformation

⇢ Contoh Star (Y) ke Delta (Δ) atau Delta (Δ) ke Star (Y) Transformation

⇢ Teorema Superposisi dalam konteks tegangan dc dan sumber arus yang bekerja dalam jaringan resistif ⇢ ⇢

⇢ Aplikasi teorema superposisi

⇢ Contoh teorema superposisi

⇢ Keterbatasan Teorema superposisi

⇢ Teorema Thevenin dan Norton dalam konteks sumber tegangan dan arus listrik yang bekerja dalam jaringan resistif

⇢ Prosedur untuk menerapkan teorema Thevenin

⇢ Teorema Transfer Daya Maksimum

⇢ Studi transien DC di sirkuit R-L dan R-C

⇢ Perhitungan induktansi dari dimensi fisik kumparan

⇢ Studi transien dc dan respon steady state dari rangkaian R-L seri.

⇢ Energi yang tersimpan dalam induktor

⇢ Kapasitor dan perilakunya

⇢ Respon rangkaian R-L-C seri karena sumber tegangan dc