The Theory Behind Electronics - A Beginners Guide

Setup 2 lectures 05:21 Course Introduction Starting with a short course introduction on Why ? What ? How ? Who ?.... Software Setup We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! Setup 2 lectures 05:21 Course Introduction Starting with a short course introduction on Why ? What ? How ? Who ?.... Software Setup We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! Course Introduction Starting with a short course introduction on Why ? What ? How ? Who ?.... Course Introduction Starting with a short course introduction on Why ? What ? How ? Who ?.... Course Introduction Starting with a short course introduction on Why ? What ? How ? Who ?.... Course Introduction Starting with a short course introduction on Why ? What ? How ? Who ?....Starting with a short course introduction on Why ? What ? How ? Who ?....Starting with a short course introduction on Why ? What ? How ? Who ?.... Software Setup We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! Software Setup We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! Software Setup We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! Software Setup We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! We will quickly review the needed software tools (desktop and web-based) that will be used during this course. All of them are optional and you can run the all course without them BUT I strongly recommend to start using them... it is FUN ! Current, Voltage and Power - Starting with the basics ! 6 lectures 27:33 Introduction - Current, Voltage, Power Starting our journey with a basic definition of Current, Voltage and Power. Atoms and Electric Charge (OMG?!) Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Electric Current Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Voltage Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Power Power is the rate of energy being consumed in specific component and it is based on the amount of voltage drop and current flowing in that component. Power is measured using watts. To measure power consumption we need to add the time scale so in that case, power consumption is measured using Watts-Hours. In addition, to measure the energy capacity of some limited energy source like a battery we use Amperes-Hours. Summary - Current, Voltage, Power Mind Mapping summary of this section. Please download also the mind mapping template file. Current, Voltage and Power - Starting with the basics !. 6 lectures 27:33 Introduction - Current, Voltage, Power Starting our journey with a basic definition of Current, Voltage and Power. Atoms and Electric Charge (OMG?!) Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Electric Current Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Voltage Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Power Power is the rate of energy being consumed in specific component and it is based on the amount of voltage drop and current flowing in that component. Power is measured using watts. To measure power consumption we need to add the time scale so in that case, power consumption is measured using Watts-Hours. In addition, to measure the energy capacity of some limited energy source like a battery we use Amperes-Hours. Summary - Current, Voltage, Power Mind Mapping summary of this section. Please download also the mind mapping template file. Introduction - Current, Voltage, Power Starting our journey with a basic definition of Current, Voltage and Power. Introduction - Current, Voltage, Power Starting our journey with a basic definition of Current, Voltage and Power. Introduction - Current, Voltage, Power Starting our journey with a basic definition of Current, Voltage and Power. Introduction - Current, Voltage, Power Starting our journey with a basic definition of Current, Voltage and Power.Starting our journey with a basic definition of Current, Voltage and Power.Starting our journey with a basic definition of Current, Voltage and Power. Atoms and Electric Charge (OMG?!) Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Atoms and Electric Charge (OMG?!) Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Atoms and Electric Charge (OMG?!) Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Atoms and Electric Charge (OMG?!) Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Atoms (OMG!) are the building blocks of materials around use, Electric Charge is the amazing property of electrons and protons inside each atoms. Did you know that electric charge is holding the all universe from falling parts...... I am not kidding.... OK, but what is the relation to Current ? Electric Current Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Electric Current Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Electric Current Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Electric Current Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Current is the organized flow of free electrons in a closed loop, measured in Amperes. Current can be translated to other forms of energy like heat or light, making electric circuits extremely useful for end-less applications. Voltage Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Voltage Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Voltage Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Voltage Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Voltage is the potential electric motive force pushing the electrons in one direction, measured in volts. As said by Bob Marley, "No Women No Cry...." --> in our case No Voltage No Current.... Power Power is the rate of energy being consumed in specific component and it is based on the amount of voltage drop and current flowing in that component. Power is measured using watts. To measure power consumption we need to add the time scale so in that case, power consumption is measured using Watts-Hours. In addition, to measure the energy capacity of some limited energy source like a battery we use Amperes-Hours. Power Power is the rate of energy being consumed in specific component and it is based on the amount of voltage drop and current flowing in that component. Power is measured using watts. To measure power consumption we need to add the time scale so in that case, power consumption is measured using Watts-Hours. In addition, to measure the energy capacity of some limited energy source like a battery we use Amperes-Hours. Power Power is the rate of energy being consumed in specific component and it is based on the amount of voltage drop and current flowing in that component. Power is measured using watts. To measure power consumption we need to add the time scale so in that case, power consumption is measured using Watts-Hours. In addition, to measure the energy capacity of some limited energy source like a battery we use Amperes-Hours ngTIME to understand the AC socket...