Wireless TV Headphones with Transmitter – Jelly Comb TV Headsets for TV Cellphones Smartphones iPhone iPod Laptop Mp3/4 Computer (Black and Silver)

NOTICE：
When you heard too much noise the use of this headset, the buzzing noise might be caused by the following reasons:
a) the battery is of low power. You can try to charge the headset and take a look at again later. Beucase the noise you heard might be the sound of the current.
b) there might be some signal interference since this can be a FM headset and it may be easily affected by the FM devices nearby. And to solve this problem, please try to change the transmitter to a different channel. As you know, our transmitter has two channels (channel A and channel B). And You can try a different channel when the other channel does not work properly.

Specifications:
General
Carrier frequency : 109MHZ, 110MHZ
Channel : A, B
Frequency response :100HZ-15000HZ

Transmitter
Power source :
DC 100V-240V : supplied AC/DC power adapter
Audio input : Phone jacks
Dimensions : Approx. 4.6 x 2.6 x 0.6 inches

Headphones
Power source : 3.7V built-in lithium battery

Package included
1 x transmitter
1 x headphone
1 x 3.5mm audio cable
1 x 3.5mm stere
✔ Easy to use and intuitive, all you wish to have to do is to connect the included transmitter to your home audio or entertainment system.
✔ Hassle-free recharging by simply connecting the headphones to a 5V output power supply with USB port, no want to change the batteries. With the 3.7V built-in lithium battery, You can enjoy a longer playing time of 8~10 hours once fully charged.
✔ Its ergonomic, circumaural design reduces background noise at the same time as providing an exceptionally comfortable fit, in an effort to focus on enjoying your favorite television programs and movies.
✔ Can use “ONE TO MANY” and all of the headphones can connect to the same sender.【This product is not compatible with Samsung smart TV】
✔ You can also be free to move around, since the this tv headphone provides a robust, wireless audio transmission with minimum latency.