Alternating indicator tasks?
Hello I need help with these two alternating indicator tasks I don't understand
Hello I need help with these two alternating indicator tasks I don't understand
Can I build my own army of robots that can then help me?
Hello, I understand that in a star connection, there is no phase-to-phase short circuit at the bridge due to the phase shift and the fact that the voltages are always 0. But what would happen if I placed the bridge on the motor terminal board not at terminals U2, V2, W2, but at the top…
Hello everyone, I have a curtain of lights. LED. 480 pieces. This was powered by a power supply with the following values: 15V 6W 0.2A Unfortunately, it's defective, and I need a replacement. Unfortunately, I can't find a power supply with these specifications. There are usually only power supplies with 31V, 6W and 0.1A As…
Hello, I'm 17 years old and a third-grade student at a technical college (HTL) specializing in electronics and computer science. We have to come up with an idea for our final project by February 1, 2024. Unfortunately, I can't think of anything, so I'm asking for your help. We have to work on the final…
Hello everyone, In the following task, in part b), a network is being transformed and I don't quite understand it. The solution looks like this: My problem: When I look at the network in the original or equivalent circuit, I don't understand how R1 and R5, as well as R2 and R4, can be connected…
What resistance is needed to ensure that both LED lamps ultimately have 2.3 V? And what values would you measure at points J?
To deepen understanding – and to be able to try out what changes to components cause – I recommend the installation of a circuit emulator, which is also available for mobile devices. Proto, CircuitSafari, Droid Tesla and many other of these emulators can allow such simple circuits to run easily simulated, and also allow to apply changes to the dimensioning of the components while the circuit is running.
This raises your understanding of the interaction of the components, and the impact of the dimensioning in the nu to a new level.
Proto:
CircuitSafari:
DroidTesla:
Thanks for star!
R1 and R4 are the resistors so that the LEDs do not break.
The flash time can be set with R2 and R3 in conjunction with the 22μF Elkos.
The LEDs in the circuit shown change the state approximately every 1.5 seconds.
Here is a tool:
http://www.dieelektronikerseite.de/Tools/Kippstufen.htm
In your case, “Astable flip-flop”
Here’s all you need for an unstable flip-flop.
https://www.hs-kempten.de/fileadmin/Fakultaet/EL/Labore/Electric_Energy Systems/Practicum Manuals/2013_04_11_GET1_Experience_1_1_Multivibrator_v2.2.pdf