Made in China 50W GaN WIFI 2.4 circular SMA drone fpv uav signal wireless RF shiled module

TX-PD50W Signal Jammer module is thenew design GaN circulator wifi 2.4ghz jammer module . The wireless signal Jammer designed compact high efficient , with different jamming bands can be coverage wifi 2.4ghz 800mhz 900mhz 5.2ghz 5.8ghz , disable signal of all type drone fpv in seconds.

The blocker with aluminum material GaN solution , So that , the jammer module can operate at 28V full wattage with low temp , such as DAOTONG DJI ,DIY fpv,the 50W GaN WIFI 2.4ghz circular jammer module highly efficient to jamming the drone in 3-5 second . welcome to contact us with your requirements and we will help to design the most suitable plan for you.

TXtelsig is the leading manufacturer to design and produce drone signal jamming system and wireless coverage product with professional and experienced research and development teams. We have the strength to provide you with the most cost-effective products and plans.

Features

Original factory in China so you can option different wattage and frequency band with your needs

aluminum material design, portable size and easy carry jammer module

Support jamming multi-signal, 2G/3G/4G/GPS/Wifi dorne FPV disable in second.

High output power + high gain omni-antennas= more efficient

Jamming radius up to 500-1000 meters (Up to the power amplifier and real environment)

Need operate in 28V voltage and match the antenna

GaN solution that more satble to transmit the jamming signal

50W high power output and the jammer module can cover frequency band 2400mhz 5.2ghz 5.8ghz ......

Specifications:
Output Power:50W
Shielding Radius: Up to 500-1000 meters (depends on the power amplifier and antenna )
Power supply: 24-28V
Gain : 47dbi
Size : 132*53*20mm
Weight: 319g

Notes for jamming module :

If the output power is greater than 5W and above, it is recommended to strengthen the heat dissipation treatment, such as adding a heat sink or adding a fan.When connecting, you must first screw on the antenna, then connect the front-end source device, and finally supply power

Packing: