Very well explained, and I think I am getting the hang of the concept. There is so much confusion and bad explanations on this, both in books and vids that it is a relief when someone explains what is basically a simple concept in simple terms. Well done!
a conductors/insulators are physical materials that allows/inhibits the flow of electrical current. A voltage source, such as a battery can produce a current flow that exits from the plus (+) terminal: IF that current can return to the negative (-) terminal of the battery.
I have a question, since the ground wire is connected together with the neutral wire. Is it possible on the socket to tap ground wire from neutral wire
Your placement of the probes from the multimeter may be the your issue. the Black probe is usually taken as the REF voltage (assumed 0), and the Red probe is the positive lead. If u put the black on the neg and red on the positive, you will get the full voltage reading from your power supply. In your situation, the device the power supply is connected to may be causing the higher voltage on the ground, or the supply is designed to output a -8V on the negative terminal and a +16V on the pos and ground is at 0v.
Interesting video. Why can't you do calculations using the negative terminal? Ground is fictional- there is no component, no wiring, no joint, no soldering. Whenever I see the Ground symbol in a DC circuit it indicates that the person who designed the circuit has no clue what ground means nor why they added it to their diagram. 'Earth' in an AC circuit- different story.
In diagrams for DC circuits, a ground symbol is shorthand for „connect to the negative terminal of your power supply“. That way a lot of wiring needn‘t be displayed which makes large diagrams much easier to read. If you turn a diagram into an actual circuit, that circuit will look a lot more complicated and complex than the diagram, because if planners included each and every connection, it would be pretty much impossible to read, because keeping track of dozens of lines that criss-cross all over a diagram is hard and makes it much more difficult to understand a circuit at a glance.
Very well explained, and I think I am getting the hang of the concept. There is so much confusion and bad explanations on this, both in books and vids that it is a relief when someone explains what is basically a simple concept in simple terms. Well done!
What is a sircute?
It is obvious that he meant to say circuit.
Aag lgaa diii bhai ji
What a video
Maine to subscribe kr lia
Bahot hi bdia knowledge
Appreciate the effort you put into this video. Very good work.
220v AC is not +220v to -220v
It’s 220v rms
That is Vp 310v
And. Vpp 620v
So it’s +310v to -310v
Excellent explanation sir! Thanks for sharing!
a conductors/insulators are physical materials that allows/inhibits the flow of electrical current.
A voltage source, such as a battery can produce a current flow that exits from the plus (+) terminal: IF that current can return to the negative (-) terminal of the battery.
With batteries the term "Ground " is assigned to a conductor that is COMMMON to the battery AND each component connected to the battery.
Woow! need such types of videos
Good electric information thank you very much. Very well safety human
I have a question, since the ground wire is connected together with the neutral wire. Is it possible on the socket to tap ground wire from neutral wire
amazingly explained, thank you!
Hi, i have DC power supply connected to field device, but measured +16 VDC from positif to ground and +8VDC from ground to negatif, please your advise
Your placement of the probes from the multimeter may be the your issue. the Black probe is usually taken as the REF voltage (assumed 0), and the Red probe is the positive lead. If u put the black on the neg and red on the positive, you will get the full voltage reading from your power supply. In your situation, the device the power supply is connected to may be causing the higher voltage on the ground, or the supply is designed to output a -8V on the negative terminal and a +16V on the pos and ground is at 0v.
What is the name of the simulation software you are using?
Proteus
@@techpreets tnx
Interesting video. Why can't you do calculations using the negative terminal? Ground is fictional- there is no component, no wiring, no joint, no soldering. Whenever I see the Ground symbol in a DC circuit it indicates that the person who designed the circuit has no clue what ground means nor why they added it to their diagram. 'Earth' in an AC circuit- different story.
In diagrams for DC circuits, a ground symbol is shorthand for „connect to the negative terminal of your power supply“. That way a lot of wiring needn‘t be displayed which makes large diagrams much easier to read. If you turn a diagram into an actual circuit, that circuit will look a lot more complicated and complex than the diagram, because if planners included each and every connection, it would be pretty much impossible to read, because keeping track of dozens of lines that criss-cross all over a diagram is hard and makes it much more difficult to understand a circuit at a glance.
"SIR" aap bohot "CUTE" ho!
Lesson badhiya heye lekin!
Thanks for the simple and helpful explanation
great video
Sir what are the calculations which you are telling?
very well explained and helpful!
Good video please more videos
Great video. More please 🙏
good job !
Hi man, welcome to you.
Good explaination but going really fast.
You are great
great
Awesome video
Well done
All are things are just ideal , where the practical
Awesome 🌹
Ground is via earth, negative is via wire.
Thanks bro ❤️👍
🔥🔥
Circuit not cerquit
Thanks bro🙏🙏
what is circutes? circutes circutes circutes
Yes
❤️
Ithippo aara.... Aashaan aana🥴
Sircute.
Circuit lol.
Waste of time video. Ground = zero volts😂😂😂😂
🔥🔥🔥