Home » Cell Phones » FUDE® New High-Fidelity 2.4G USB Wireless Headphone with Microphone for PC (Black)

FUDE® New High-Fidelity 2.4G USB Wireless Headphone with Microphone for PC (Black)

FUDE® New High-Fidelity 2.4G USB Wireless Headphone with Microphone for PC (Black)
FUDE® New High-Fidelity 2.4G USB Wireless Headphone with Microphone for PC (Black)


Product Added : June 7th, 2013
Category : Cell Phones

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FUDE® New High-Fidelity two.4G USB Wireless Headphone with Microphone for Computer (Black)


FUDE® New High-Fidelity 2.4G USB Wireless Headphone with Microphone for PC (Black)

Basic Specs
Input Interface:USB
Output :Speaker(headphone) with 3.5mm or RCA audio input port
Compatibility:Windows XP, Windows Vista, Windows 7 
Headphone
Frequency Response:20Hz~20kHz
S/N Ratio :84dB
Functioning Voltage:three.0V 
Functioning Present:60mA
Battery:two * AAA (incorporated)
Speaker Size:?30mm
Button:Volume up and down, energy switch
Microphone
Sensitivity: -45dB
Size:?6.0mm
Frequency Response:100Hz~10kHz 
Transmitter
Working Voltage:5V
Functioning Present:50mA  
RF
Carrier Frequency:2404MHz-2476MHz 
Modulation Mode:GFSK
Acquire Variety:10m 360 degree

Features
Comes with two constructed-in headset antennas and a chip which will automatically switch the signal strength making use of the greatest antenna to get data, therefore making certain the reliability of mobile information reception.
360 degree barrier-totally free listening.
Simple to set up, plug and play.
two.4G two-way data transmission and you can manage the volume remotely by way of the headset terminal.
Adjustable to fit the shape of your head.

Package Details
Weight: 192.60 g
Size: 19*14*six cm

Package Consists of
* Wireless Headphone
* Warranty Card
* Manual
* USB Transmitter
* USB Extend Base

  • Comes with two built-in headset antennas and a chip which will automatically switch the signal strength utilizing the best antenna to get data, thus making sure the reliability of mobile information reception.
  • 360 degree barrier-free of charge listening.
  • Effortless to install, plug and play.
  • two.4G two-way data transmission and you can control the volume remotely by way of the headset terminal.
  • Adjustable to match the shape of your head.

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A description of telecommunications: AM and FM use of carrier waves analog and digital signals broadcast options satellite transmission obtain and attenua…
Video Rating: 4 / 5

Question by soccahchica: You are tired of sitting in restaurants, listening to individuals speak on their cell phones. To solve the issue, y?
You’re tired of sitting in restaurants, listening to people speak on their cell phones. To resolve the issue, you construct a modest device that emits a robust radio wave at a frequency you can select. You wait for a talker to pull out a cell telephone and then turn on your small transmitter.
-An additional person enters the restaurant with a cell telephone that utilizes the frequency modulation approach to communicate with the telephone business. What ought to you do to your transmitter to make noise in this person’s ear?

Greatest answer:

Answer by gintable
Easy: you need to make a constant amplitude signal which randomly varies in frequency. It have to differ in frequency across the variety of frequency utilised for the frequency modulation of your victim’s telephone. This creates noise which distorts the signal utilized by the telephone of your victim.

If you have numerous victims, you would need to develop a broadcast of distorting signals at two simultaneous frequencies, such that you interfere with each their conversations.

Give your answer to this query under!


What customers say about FUDE® New High-Fidelity 2.4G USB Wireless Headphone with Microphone for PC (Black)?

  1. Thank you SO SO SO much!!!

  2. All the relevant waves are electromagnetic waves. Sound waves are converted. Carrier waves are generated either in the phone or the transmitter (depending on which way the information is flowing). The carrier wave is an EM wave which has the characteristic of being able to travel sufficient distances (usually in the microwave region). The sound wave which is converted to an EM wave is then embedded in the carrier wave. Once it reaches its destination the carrier wave is stripped off.

  3. please tell me from where the carrier waves are transmitted??from a radio station?and how does the information signal attatch on the radio carrier waves??and the informaton signal refers to the sound waves??

  4. definely a thumps up.

  5. sorry but.. a coil will flow!! LOL :D 

  6. Thank you very much sir, you are a-w-e-s-o-m-e :)

  7. THANK YOU VERY VERY VERY VERY MUCH , I WILL NEVER FORGET THIS KINDNESS PLEASE KEEP THE VIDEOS COMING . HAVE A NICE DAY SIR

  8. thanks very much, after watching your your videos I realize that physics is not difficult to understand if you are taught properly. I learned more physics from your videos in two days than may be in two years in school. Its very exciting.

  9. One way of doing it is Frequency Division Multiple Access (FDMA) : FDMA separates the spectrum into distinct voice channels by splitting it into uniform chunks of bandwidth. Each call sends its signal at a different frequency within the available band per geographical cell. But there are other ways with digital communications. Wikieducator has a good pdf piece on cell phone technology.





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