Now you can use your iPod/MP3
Player yo listen to your favorite! Tunes through any FM Stereo
receiver. Wireless FM Transmitter wirelessly connects portable music
players to your car or home stereo quickly and easily. Just Plug the FM
Transmitter into the headphone jack of your iPod/MP3 Player or any
audio source including your PDA, CD or cassette player; or connect it
to your PC or laptop computer. Tune your car stereo or receiver to the
clearest FM frequency, and enjoy your digital music with full sound and
convenience.
- Support MP3 & WMA Formats Frequency Channels:88.0-108.0MHz Working status: Power light and LED indicator Compatible with all audio device such as iPod, any MP3 player and CD Player Operating Range: 10-30feet (a distance of feet or less will minimize interference and provide the strongest signal ) Audio Frequency Range: 50Hz to 15KHz
Power supply: 2 x AAA1.5V batteries (Not Included)
FULL Retail Packing includes :
Connect to the car`s power source.
* Plug the FM Transmitter into the audio device`s output port.
* Adjust the volume and frequency of the FM radio (avoid the transmission points of the broadcasting stations).
*
Press the power button of the FM Transmitter, tune the transmission
frequency according to the reception frequency of the FM radio. (If the
FM signal is interrupted, please set the frequency of the FM
Transmitter and the FM tuner to the other frequency).
* The FM Transmitter will automatically shut down after 2 minutes if no audio frequency is input.
High Fidelity, Stereo:
--- This device can modulate the audio
frequency signal of CD, MD, MP3, MP4, PDA, Notebook, PC etc. To FM
signal (88.0~108.0MHz). With the stereo tune you can enjoy listening
high quality music anywhere.
* DIGITAL PLL:
--- With DIGITAL
PLL, wave signal transmission and reception will not be affected even
in places subject to extreme change in temperature. In addition, using
the digital tune can avoid the fussy frequency modulation.
* Powered by batteries or the car`s power source.
* Full frequency range design can effectively avoid interruption.
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