Electrical Engineering Pro 2018

Electrical Engineering Pro 2018 is a complete free handbook of Electrical Engineering which covers important topics, materials, course reference material & digital book for electrical engineering programs.

This Apps lists more than 100 topics with detailed notes, electrical wiring diagrams, equations, formulas & course material.

Topics Covered in the app are:

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

Electrical Drive

Kirchhoff’s Voltage Law (KVL)

Current Divider Circuits

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What Is LiDAR and How Can I Use It?

Modelling the Pulse-Width Modulator

Switching Losses: Effects on Semiconductors

Basis of Telecommunications

Boolean Identities

Operational Amplifiers

eMMCs: An Introduction

Universal Logic Gates

Deciphering Resolution and Sampling Rate

Introduction to the I2C Bus

I2C Bus: Hardware Implementation

I2C Bus: Firmware Implementation

I2C with an EFM8 Microcontroller

I2C with an EFM8 Microcontroller Part 2

Quine-McCluskey Method

Combinational Circuit Design and

Hazards in Combinational Logic

Inverting Configuration of an Amplifier

Non-inverting Configuration of an Amplifier

Concepts and the Rectangular Window

Choosing the Right Oscillator Microcontroller

Characteristics of Junction Diodes

Undesired Effects of a Window Function

The Bartlett Versus the Rectangular Window

Analysis of Forward Conducting Diodes

An Introduction to Rectifier Circuits

Filter Specs to Window Parameters

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Understanding the Delta-Sigma ADC

DMM: Components and Circuits

Understanding and Applying the Hall Effect

Introduction to Operational Amplifiers

AC Phase

Diodes and Rectifiers

Negative Feedback

NF Part 1: General Structure and Essential Concepts

NF Part 2: Improving Gain Sensitivity and Bandwidth

NF Part 3: Improving Noise, Linearity, and Impedance

NF Part 4: Introduction to Stability

NF Part 5: Gain Margin and Phase Margin

NF Part 6: New and Improved Stability Analysis

NF Part 8: Analyzing Transimpedance Amplifier Stability

Monitoring and Analyzing Thermocouple Measurements

Controlled Toaster Oven Reflow

Use Pythons to Find Response of Thermal Systems

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