Information on optodecoders,optoisolators,optoencoders

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In summary, the individual is seeking information on optodecoders, optoisolators, and optoencoders with diagrams for explanation. They have previously posted this question but have not received a response yet. The individual is hoping for a response and thanks the forum for their attention.
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sneha127
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hi,
I need information on optodecoders,optoisolators,optoencoders with diagram to explain.
I had send this thread before but have't received a reply as yet.
i hope my request will be entertained.
thank you.
 
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  • #2


sneha127 said:
hi,
I need information on optodecoders,optoisolators,optoencoders with diagram to explain.
I had send this thread before but have't received a reply as yet.
i hope my request will be entertained.
thank you.

I did address your previous post:

https://www.physicsforums.com/showthread.php?t=395796

Multiple posting the same question is not allowed here. This thread is locked. Go to your previous thread, and tell us what you learned by reading the link I provided you. We do not do your schoolwork for you here. You do the work.
 

FAQ: Information on optodecoders,optoisolators,optoencoders

What are optodecoders?

Optodecoders are electronic devices that convert optical signals into electrical signals. They are commonly used in communication systems to decode information from optical sources.

How do optoisolators work?

Optoisolators are devices used to isolate electrical circuits from each other while still allowing communication through light signals. They typically consist of an LED and a photodiode, which are separated by an optically transparent material.

What is the purpose of optoencoders?

Optoencoders are used to convert mechanical motion into electrical signals. They are commonly used in motor control systems, robotics, and other applications that require precise measurement of movement.

What are the advantages of using optodecoders, optoisolators, and optoencoders?

Some of the advantages of using these devices include high speed, high accuracy, and electrical isolation. They also have a wide range of applications in various industries such as telecommunications, automotive, and medical.

How do optodecoders, optoisolators, and optoencoders differ from each other?

While all three devices use optical signals, they have different functions. Optodecoders convert optical signals into electrical ones, optoisolators isolate electrical circuits, and optoencoders convert mechanical motion into electrical signals. They also have different designs and components, depending on their specific purpose and application.

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