Optic Connector How do you connect Video O/P of Yamaha AV Amplifier to Video input on TV?
Helping a friend with setting up his home cinema system. The Amp is a YAMAHA DSP-AZ1. We have the DVD player connected to the optical input of the Amp, and the sound is coming out though the hi-fi speakers just fine.
However, we cannot get a picture on the TV screen. We have the monitor o/p of the Amp plugged into the co-axial video input on the TV. The on screen display (OSD) of the Amp displays on the TV ok, but no DVD picture.
We've tried all the AV input modes on the TV. Also made sure the OSD was turned off on the DSP-AZ1. Perhaps the fiber optic cable only carries audio???
See PDF for rear connectors: http://www.yamaha.co.jp/english/product/av/pdfs/moreinfo/dspaz1.pdf
Thanks.
You need to use the component video inputs from the DVD and Cable box (if they don't have comonent video- the red, green, blue - then use s-video if you can) to the component video inputs on the back of the receiver. The fiber optic cable is for audio only. You will then need a component cable from the receiver video output to the tv component input. The DSP-AZ1 doesn't seem to have any hdmi inputs/outputs. If they're there but I didn't notice them, use them instead of the component video
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Fiber Optic Connector Types Explained in Details
cable types and the types of connectors?
Using sketches, describe the internal construction of the following
cable types and the types of connectors used to terminate them:
i. Coaxial cable
ii. Unshielded Twisted-Pair (UTP) cable
iii.Fiber-optic cable
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Fiber Optics Physics homework help - index of refraction for fiber optics?
The glass core of an optical fiber has an index of refraction 1.62. The index of refraction of the cladding is 1.46. What is the maximum angle a light ray can make with the wall of the core if it is to remain inside the fiber?
For light ray can make with the wall of the core if it is to remain inside the fiber, the angle of contact at Fiber-Cladding surface should be greater that the criticle angle C, i.e., it should undergo TIR or Total Internal Reflection.
I should say it should be minimum angle because TIR happens when light ray travels only from denser medium to rarer medium. Under C light ray gets refracted. So to be inside angle must be > C, the criticle angle.
Criticle angle is given by, C= sin(-1)[nc/cf] ...(sine inverse of)
C=sin-1 (1.46/1.62)
C=sin-1(0.9012)
C=64* 19' ...(64 degree 19 minute)
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im soon moving to the middle east and i see commercials about ISP's like roadrunner and verizon providing high speed internet and i remember reading something about fiber-optic internet connection that uses lasers to send information. but are these high speed internet connections available in the middle east? i wouild hate to have a laggy xbox live connection and especially when i have when i share bandwidth with other family members. if it helps, most of my time is gonna be spent either in bahrain or jordan
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Can Information be transfered Faster Than The Speed of Light ?
How about explaining how laser light transmitted in fiber optics can pass along information faster than the speed of light?
It is because the light coming out of the fiber optic cable is not the same light going into the cable. When you push light into the cable the pulse coming out is already at the other end of the cable. Think of the transmission of data as being like a stick. You push one end of the stick and the other end pokes your friend in the back. You have transferred energy faster than the speed of light.
The pressure of the light hitting one end of the fiber optic cable instantly exerts pressure on the other end of the cable instantly transfering the message faster than light. The light energy arrives later.
fiber optics work by the concept of total internal reflection. packets of light bounce around inside the fiber, until it reaches the other end. the packets travel at the speed of light, but the information you receive on the other end reaches you a little slower, because of all the extra path lengths caused by the reflections. information transmitted through a fiber optic cable does not travel faster than the speed of light.
your stick example is flawed.
in reality, rigid bodies are not perfectly rigid. if your stick is long enough, and you pushed one end of the stick, it will take a finite amount of time for the other end of the stick to react to your force. in other words, it takes time for the other end of the stick to "know" that the other end has been moved.
this delay is caused by a longitudinal wave traveling down the stick from you pushing on one end. the speed of the wave is incredibly fast, not no where near the speed of light. to observe this effect, you either need a reallllly long stick, or a material with low rigidity.
edit: the light going into a fiber optic cable IS the light you see at the other end. i think for some odd reason you're confusing optic cables with regular wires. the electrons moving into one end of a wire is NOT the same electrons coming out the other end.
edit: the "pressure" or momentum of light is NOT transmitted instantaneously across a distance. the same way the end of a long stick does NOT instantaneously move if one end is moved. also, you are still confusing photons with electric current. they do NOT behave the same way. read my answer again.
1. When a light ray passes from one transparent medium into another, the ray may bend. The amount of bending that takes place is directly related to a number called the index of refraction. How is the index of refraction determined?
2. Explain why the light from glow-in-the-dark material and light from a laser may be considered similar.
3. Fiber optics are effective in transmitting light signals with little loss of signal from the glass fiber. What causes the light to be trapped in the light tube?
1. The ratio of the speed of light in a vacuum to the speed of light in the transparent medium.
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