Using Blue Laser Light for CD Players: Manufacturing Implications

In summary, the conversation discusses the use of red laser light in current CD players and the potential changes that would be needed in CD manufacturing if blue laser light were to be used instead. The individual seeking help understands that the answer likely involves wavelengths, and is encouraged to research how CDs work and are made.
  • #1
addiec206
1
0

Homework Statement


Currently cd players use laser light in the red portion of the spectrum. What changes would be required in the manufactering of cds if blue laser light were to be used?


Homework Equations




The Attempt at a Solution


Well I'm pretty sure it has something to do with the wavelengths, but I have no idea what the actual answer is! Help please?
 
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  • #2
welcome to pf!

hi addiec206! welcome to pf! :smile:
addiec206 said:
Currently cd players use laser light in the red portion of the spectrum. What changes would be required in the manufactering of cds if blue laser light were to be used?

Well I'm pretty sure it has something to do with the wavelengths, but I have no idea what the actual answer is! Help please?

yes, it's the wavelength

now you need to look up how cds work, and how a cd is made :wink:

tell us what you find :smile:
 

Related to Using Blue Laser Light for CD Players: Manufacturing Implications

1. How does using blue laser light affect the manufacturing process of CD players?

Using blue laser light in CD players requires different components and technology compared to traditional red laser light. This means that manufacturers need to make adjustments to their production processes, which can increase costs and production time.

2. What are the benefits of using blue laser light in CD players?

Blue laser light has a shorter wavelength compared to red laser light, allowing for higher data storage capacity on CDs. This means that CD players using blue laser light can hold more data and have higher quality sound and video playback.

3. Are there any potential drawbacks to using blue laser light in CD players?

One potential drawback is the cost associated with using blue laser light technology. It may also require updates to existing CD players or the purchase of new ones, which can be a barrier for some consumers.

4. How does using blue laser light impact the durability and lifespan of CD players?

Blue laser light has a shorter wavelength, which means that it can be more susceptible to damage from scratches or dust particles. However, advancements in technology have made blue laser light CD players more durable and able to withstand everyday use.

5. Will all CDs be compatible with CD players that use blue laser light?

No, not all CDs will be compatible with CD players that use blue laser light. CDs specifically designed for blue laser light technology, such as Blu-ray discs, will be required for optimal playback. However, most CD players that use blue laser light are also able to play traditional CDs.

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