Parallel And Series-Parallel Circuit Characteristics: Fill & Download for Free

well i can tell you a very few but interesting and useful apps for an ECE student.below are the few apps which may be helpful for you:1. Every CircuitThis app lets you understand how do design various important electronic circuits and how they work.This app lets you create electrical or electronics circuit like Logic gate, LED flashing circuits, Resistive, inductive, capacitive, operational amplifier and other electrical & electronics circuits. Simply tap to design and play. And you can watch dynamic charge, current and voltage colorful animations with waveforms.2. Electronics Toolkit - Android Apps on Google PlayElectronic tool kit is an awesome tool that lets you calculate unknown quantities in the field of electrical and electronics engineering. It provides a resistor color code, power calculator, and Ohm’s Law, Series, Parallel, and Series/Parallel combination of inductors, capacitor and resistors. It is also calculated resistivity, Power factor triangle, i.e. active, reactive and apparent, magnetic fields, reactances and much more.3. DroidTeslaDroidTesla is a simple SPICE tool. Its permit you to solve, simulate and analyze different electrical and electronic circuits by using KCL and KVL. It has the ability to solve both linear and nonlinear circuits like resistive, capacitive, inductive and BJT, Transistor, Diode, AC/DC Voltage and Current sources, 555, MOSFETS, Logic gate and much more4.ElectroDroidElectroDroid is a simple and powerful collection of electronics tools and references. This app is also available in pro version which can be bought from the Play store. Pro version supports the developer, unlocks more features and contains no ads.5.PICmicro DatabasePICmicro Databse lets the user check and compare the applying filters, characteristic and features of various and popular dcPIC and PIC Microcontrollers product and components by Microchip.check these apps..may be helpful for you….

Synchronous generators are operating together (In Sync) at the same frequency, the same voltage, and their phases are matched exactly.In Parallel because:Voltage remains the same in a parallel circuit. Generators must be added and removed from the electrical grid (whether local, national, continental, or private) without affecting the voltage at the end-user.Current in a parallel circuit divides. If two generators connected in series each had a maximum current of 100 amperes, and they were operating at 100 amperes each, the total current is 200 amperes and the generators will probably catch fire. Generally not a good thing. In parallel, each generator can contribute current at different levels.The frequency of the grid is easily managed. Fine-tuning of each generator’s rotational speed as it is added to the grid allows it to sync with the other generators and lock it’s frequency with the others generators on the same grid.Study the characteristics of voltage and current in both parallel and series circuits. Understand the frequency of an AC signal and why we generator power in three phases. These principles are key to understanding the answers to your question.

Both courses have heavy theoretical mathematics and Physics. In addition, If your course is purely Electronic Engineering, you will focus on components such as resistors,capacitors, diodes,transistors,light dependent resistors,operational amplifiers. This is to make useful circuits such as filters to remove noise from a signal or amplify a signal. For Example, noise cancellation technology in a headphone, increasing or decreasing the sound level. You have to understand how to measure voltage using multi meter or recently digital multi meter. Moreover, you should learn how to use the breadboard, oscilloscope, power supply and signal generator to test your circuit. In terms of laws you should also learn basics such as Ohm law, parallel and series resistance ,capacitors,impedance and how to know the resistor and capacitor values. It is important to understand graphs, phasors, real value and imaginary value, Laplace transform and z transform.In terms of modern electronics, I mean digital electronics, you should know logic gates and then move into Integrated chips. Then you will study low level programming language such as assembly language, machine language. This is to deal with micro controller which is built on printed circuits such as Matrix or Arduino Uno. from this point,it is better to learn clock, timers, flip flops which is an introduction to simple memory, Analogue to Digital conversion or vise versa.My course focused on acoustics and communication. In addition, you will do a lot of SIMULATION which is like mathematical method that mimics physical things.On the other hand,Electrical Engineering student learn how to design motors, or a piece of Medical device such as MRI scanner, transformers,Inverter, battery for Electric car or a solar panel, wind turbines ect….In conclusion,Electrical Engineering focuses on conductors such as copper characteristics. While Electronic Engineering focuses on semi-conductors such as silicon or germanium, or compounds such as gallium arsenide or cadmium selenide characteristics. Engineering means quantity.