Electronics experiment boards -- What experiment can I do with these?

In summary, those boards are vintage, they come with very limited documentation, and it is likely that they don't work because they are not configured properly.
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  • #2
VVS2000 said:
I recently got these electrical experiment boards to do some experiments but I am new to doing experiments with such boards. Can someone help? Thanks in advance
Wow, those are antique! I'm guessing that they did not come with any documentation other than the drawings on them? Were you able to find anything about them by doing a Google search? At least one of them is labeled with a school's Physics department on it, I think.
 
  • #3
berkeman said:
Wow, those are antique! I'm guessing that they did not come with any documentation other than the drawings on them? Were you able to find anything about them by doing a Google search? At least one of them is labeled with a school's Physics department on it, I think.
Yeah they're associated with rajasthan university but could'nt find anything more than that, these images have reduced in size and clarity after uploading them, I will attach a link to the proper clarity of the images
 
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Those look pretty cool. I wish I'd had those when I was young.

I think your first experiment is to investigate each of the components on those boards. What are they supposed to be? Are any of them damaged? How do they work, for example: how much current makes a meter go to full scale; or what is a bridge rectifier? If any have part numbers try to find their component data sheets; for example, how much current can you pass through a diode without damage? What type of capacitors are provided? are they polarized? How much voltage can the tolerate? How much power can each resistor dissipate without damage?

BTW, this isn't just about figuring out what you have. This is a large fraction of what practicing EEs do. Our circuits are full of parts we buy, and we spend lots of time and effort just figuring out how to use what we've bought (reading manufacturer's documents), or how to buy what we need. In the world of analog electronics or fast digital circuits, there is often a lot of time and effort spent characterizing the tricky parts of the system. Often we don't have the data we need for parts we have to use, or that we built ourselves, and so we must experiment to find that data.
 

1. What is an electronics experiment board?

An electronics experiment board, also known as a breadboard, is a tool used in electronics to prototype and test circuits. It consists of a plastic board with a grid of holes and metal clips that allow for easy connection and disconnection of electronic components.

2. What types of experiments can I do with an electronics experiment board?

There are endless possibilities for experiments with an electronics experiment board. You can build and test simple circuits, such as LED lights or buzzers, or more complex circuits like sensors or microcontrollers. You can also use the board to simulate and troubleshoot circuits before creating a permanent version.

3. Do I need any prior knowledge to use an electronics experiment board?

While some basic knowledge of electronics is helpful, it is not necessary to use an electronics experiment board. Many boards come with instructions and tutorials for beginners, and there are also plenty of online resources and tutorials available.

4. Can I use any electronic components with an experiment board?

Most electronics experiment boards are designed to work with standard electronic components, such as resistors, capacitors, and transistors. However, it is important to check the specifications of your specific board to ensure compatibility with the components you plan to use.

5. Are there any safety precautions I should take when using an electronics experiment board?

While electronics experiment boards are generally safe to use, it is important to handle electronic components with care and always follow proper safety precautions when working with electricity. This includes wearing protective gear, such as goggles and gloves, and avoiding touching live circuits.

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