Independent versus Dependent Voltage and Current Sources | Basic Circuits | Electronics Tutorials
HTML-код
- Опубликовано: 18 июн 2024
- Power sources may seem simple but the difference between independent versus dependent voltage and current sources is critical to understanding how a circuit will work. While independent voltage sources like batteries and most power supplies are very common, current sources for LED driving and in microelectronics are also quite prevalent. Dependent voltage and current sources are less common but depending on your career, may be an integral part of your circuit analysis. No matter what, this video will describe these difference power sources and make sure that you're prepared for whatever is thrown at you!
Check out the written tutorial here: www.circuitbread.com/tutorial...
0:00 Introduction
0:43 Independent DC/AC Voltage Source
3:29 Independent Current Source
6:02 Dependent Voltage and Current Sources
8:07 The Different Dependent Sources
10:06 Math is Harder but still, No Problems
10:44 Two Final Notes
12:48 The toast will never pop up
For electronics tools, tutorials, equations and more check out our site: www.circuitbread.com
And check out our Friends of CircuitBread, who offer special discounts, product samples, resources and more to our users: www.circuitbread.com/friends
CircuitBread is joining the fight to help people more easily learn about and use electronics. With an ever-growing array of equations, tools, and tutorials, we're striving for the best ways to make electronics and electrical engineering topics more accessible to everyone. Come learn electronics with us!
Connect with CircuitBread:
Discord ➤ / discord
Instagram ➤ / circuitbread
Facebook ➤ / circuitbread
Twitter ➤ / circuitbread 
Наука
Hi all, we hope you find this tutorial useful! To see the written tutorials this is based on with a few more examples, check it out on CircuitBread.com : www.circuitbread.com/tutorials/voltage-and-current-sources-independent-and-dependent-sources Have a great day!
Most underrated channel on youtube
How do you have so few views! This content is fantastic; such great explanations of complex topics.
I appreciate your hardwork ... Its sad to know good education channels have low subs..
Keep it up bro.. you are doing great.. i learned many things from you..
Thanks! And we'll keep on doing what we're doing, as long as we're able to help people!
I wish I discovered this Chanel earlier in my life 😭
I love you Chanel, very useful ❤🔥👏
Thank you for the explanations
Love this
amazing!
Thanks
thank you sir
Thank you very Much for simplifying a lot of electronics concepts that should be well understand. If I may suggest a topic to cover in future videos... the confusion a bout the frequency as a parameter in AC circuits. For voltage sources it's usually it's 50or 60 Hz but I am not sure how it's related to the Inductance and Capacitance in AC circuits mathematical analysis. I tried to simulate some basic AC circuits using LTSpeice and I always get disappointed results.
Thanks Ahmed! I'm hoping to switch to AC circuits and cover this once I've wrapped up the DC circuits series.
Nice
In my college Electrical class I found it very confusing to understand current and voltage sources, Here everything looks clear..
PLEASE tell me where you are getting this "MULTIPLYING" effect?
You should give even a small hint...You don't even mention the ==general== purpose of the resistors.
I really appreciate the effort, but please get some assistance and do a "TAKE FIVE"...I would love to see it
THANKS FOR YOUR TIME AND EFFORT!!!...Thumbs up for that, as it is the closest any video I have found, that relates to something I have been searching (quite a while) for.
Make on control systems. ❤
Hi! We actually have started on a Control Systems series - as of right now, Kushal has finished 9 tutorials and is working on the 10th but I'm very behind on videos in general. They're great tutorials, though! Check the series out here: www.circuitbread.com/tutorials/series/control-systems
Hi, I need some advice please. I just bought a Power Supply Kococater SPPS-S605: 60V - 5Am, pretty similar to the on the video. Firstable I am not an engineer but I am trying to emule a device with this PS. I want to use from 1 to 50V and from 1 to 35mA. I tried and set up to 20V and 5mA, but when it was used, the display showed: V:4.8 (it was moving but just reached 5V, and the Amper value did not move, it stayed on 5mA, this is the value I wanted). Here comes my question: What should I do and order to get this measurements: from 1 to 50V and from 1 to 35mA (I need to hold the voltage without changing the miliampers). Thanks.
Hi Alexis! I can''t seem to find that particular power supply but, as is the case with my power supply, there are different voltage and amperage ratings. Even if your power supply can go up to 60V, it probably can't go up to 60V at 5A. You usually have to use a different output that has a lower amperage rating to be able to get all the way up to 60V. That being said, it sounds like you're struggling with a fundamental problem with ohm's law. If you have a linear device (and most non-linear devices), if you increase your voltage, your current will change. So, while I'm a touch confused by the comment "I need to hold the voltage without changing the miliampers", it sounds like you want to change one without the other, which is generally not possible unless you change the load. Let me know what I'm misunderstanding, thanks!
@CircuitBread Hi, I have already sent the other part of the information. Thanks for your support.