Discover if This Circuit Will Work with Affordable and Lazy Solutions - Jamie

In summary, Dave explains to Jamie that the circuit will not work because only one side of the battery is connected and all legs of the LED's are also connected to that same power rail. He suggests using schematic diagrams instead of pictorial ones and mentions the importance of properly orienting the LEDs. Dave also encourages Jamie to try transferring the circuit to a breadboard and shares his willingness to help check the circuit before powering it on.
  • #1
JJM596
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0
Hi,
i was wondering would this circuit work? don't want to buy a 100 buttons if it's not going to work as i am cheap and lazy :)

Thanks,
Jamie
 

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  • #2
hi you Jamie

no it wont, because you only have one side of the battery connected
and ALL legs of the LED's etc are connected to that one power rail

This is what you have ... see the problem ? ...

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I will draw you what you need :smile:

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Dave
 

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  • #3
Schematic circuit diagrams are much more useful than quasi pictorial diagrams. It's a good idea to learn to use schematics as a matter of course. If someone is not planning to use breadboard, then they need to translate twice and the symbols can be a bit vague if you don't stick to the rules.
It's a bit like showing pictures of piles of beans rather than using numerical symbols, to describe an arithmetic operation.

Dave has demonstrated very well, how to do the 'properly'.
 
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  • #4
Jamie,
can you now take that circuit I have shown you and transfer it to your breadboard ?

have a go and show us a pic before you put power onto the board so we can make sure its OK :smile:
Make sure you have the LEDs orientated the correct way

cheers
Dave
 
  • #5


Hello Jamie,

Thank you for reaching out with your question. I am unable to provide a definitive answer without more information about the specific circuit you are referring to. However, I can give some general advice and suggestions to help you determine if the circuit will work with affordable and lazy solutions.

Firstly, it is important to understand the components and design of the circuit. This will help you determine if there are any cost-effective or simplified alternatives that can be used. You may also want to research and compare prices of different buttons to find the most affordable option.

Additionally, consider if there are any shortcuts or hacks that can be used to simplify the circuit. For example, instead of using 100 buttons, could you use a smaller number and still achieve the desired result? Or, is there a way to repurpose common household items as buttons?

It is also important to test the circuit before making a purchase. You can do this by using a breadboard and jumper wires to simulate the circuit before committing to buying all the components.

In conclusion, with careful research, creative thinking, and testing, you may be able to find affordable and lazy solutions to make the circuit work. However, it is always important to prioritize safety and functionality over cost and convenience. I hope this helps and wish you success in your endeavors.

Best,
 
  • #6


Hello Jamie,

Thank you for your question. I cannot provide a definitive answer without more information about the specific circuit you are referring to. However, there are a few things you can do to determine if this circuit will work with affordable and lazy solutions.

First, you can research the components of the circuit and see if there are cheaper or easier alternatives available. For example, instead of buying 100 buttons, you could look for a circuit that uses a smaller number of buttons or switches.

You can also try to find tutorials or guides online that show how to build the circuit using affordable and easy-to-obtain materials. This way, you can see if the circuit is feasible for you to make with your budget and level of effort.

Additionally, you can reach out to other hobbyists or experts in the field for their advice and recommendations. They may have experience with similar circuits and can offer valuable insights on how to make it work with affordable and lazy solutions.

In summary, with some research and experimentation, you should be able to determine if this circuit is suitable for your needs and resources. Best of luck!
 

FAQ: Discover if This Circuit Will Work with Affordable and Lazy Solutions - Jamie

Will this circuit work for my specific application?

The answer to this question depends on the specific details of your application and the components used in the circuit. It is important to carefully analyze the circuit design and make any necessary adjustments to ensure it will work for your specific needs.

How do I know if my circuit is functioning correctly?

The best way to determine if your circuit is functioning correctly is to use a multimeter to measure the voltage and current at different points in the circuit. You can also use a breadboard to test the circuit before soldering it together and making any necessary adjustments.

Can I make any changes to the circuit without affecting its functionality?

It is possible to make changes to a circuit without affecting its functionality, but it depends on the specific changes being made. It is important to carefully consider the impact of any changes on the overall circuit design and test it thoroughly to ensure it still works as intended.

What are some common reasons why a circuit might not work?

Some common reasons for a circuit not working include faulty or damaged components, incorrect wiring or connections, and incorrect values for resistors or capacitors. It is important to double check all components and connections, and troubleshoot any potential issues to ensure the circuit is functioning properly.

How can I improve the performance of my circuit?

There are several ways to improve the performance of a circuit, including using higher quality components, optimizing the design for efficiency, and using feedback to regulate voltage or current. It is important to carefully consider the goals and requirements of the circuit and make any necessary adjustments to improve its performance.

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