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Yeah. I think Vbase has the correct circuit for your intentions. I think you may be trying to build a magnetostriction circuit. You can tell from the reconfigure circuit if you try it.
It is not necessary unless you configure the arrangement of your circuit. Proteus is built upon intelligent schematic capture component part. All lines will show as crossing but will only show a dot at connection points (nodes).
They use to have some environment settings in the user preference...
Electromagnets may be your best choice. I think the overall energy consumption will be a lot less than using several motors. What you need to figure out is a mechanical latching mechanism for opening and closing. This you will have to design. Let me know if it helps.
Your problem may not be unconnected with placement of D4 and R36. Could it be the stray capacitance of causing the effect? The combination of R36 and this stray capacitance may result in you not seeing it pull up for time less than 5sec. Investigate the trigger input, resistor, mosfet location...
I think a simple transistor inverter interface board will solve your problem. Select the transistor according to your current requirement. Good luck. If it helps, click.
Is your light incandescent or LED? If LED, I suggest you first rectify the scaled-down AC input and power it via DC-DC converter. If incandescent element, you can only rely on a thyristor-controlled PWM converter. The arrangement of the converter depends on the type of load you choose. Click...
Is it possible to change your login name on edaboard? How do you do that from your profile? I can't seem to see where it can be changed. Any suggestions?:?:
You need a controller at the output of the microcontroller to drive DC motor. The controller board must be able to drive forward/reverse with ability to cope with the current rating of the intended motor. L293 or L298 motor driver will fulfill these needs. With L298, you will have to use a 2...
Re: ouput drive with debouncer
For your concerns:
1. Good visual starts reasonably from 0.5secs for the RED and/or GRN LEDs
2. Yes, you can parallel the capacitors.
3. I will suggest 10K for faster-pull up although this selection will impact a battery operation.
Hope this helps.:-D
Yes. Feed it into a microcontroller and map the frequency to give a corresponding output at one of the ports. I think it is a programming solution you need.
Alternatively, since you claim limited knowledge, you can generate an equivalent voltage using FVC (frequency-to-voltage converter) and...
Put together a comparator circuit with LEDs as the output... You may use a piezo buzzer at the output. Ensure to use a limiting resistor for each. Hope this helps.:lol:
They are all 3-pin terminal connectors. However, the last one has a fuse-inline located on the connector. You can physically disconnect/remove the fuse. Hope this help. Check Wago connectors for varieties.
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