The 1100MHz-1300MHz 50W FPV GaN Shield Drone Signal Jammer Blocker Module with Circulator is a cutting-edge solution for secure environments requiring reliable drone signal suppression. Designed for precision and durability, this module operates in the 1100MHz-1300MHz frequency range and delivers an impressive 50W output, ensuring effective interference with FPV (First Person View) drone signals.

Powered by advanced Gallium Nitride (GaN) technology, this jammer module offers significant advantages over traditional LDMOS technology. GaN technology ensures:

High work efficiency, enabling powerful performance with reduced energy consumption.
Enhanced stability, thanks to its ceramic tube shell, which greatly improves heat dissipation, ensuring consistent and reliable operation under demanding conditions.
Improved durability, as the open-circuit state protection prevents the chip from burning out, enhancing longevity and reducing maintenance requirements.

The integrated circulator further boosts system reliability by protecting against signal reflections, ensuring stable operation even in complex environments. This jammer module is ideal for military, industrial, and private facilities requiring robust drone interference solutions.

Compact, efficient, and highly durable, the 1100MHz-1300MHz FPV GaN Shield Jammer Module offers unparalleled performance and peace of mind for safeguarding sensitive airspace.

RFOUT POWER:

10W GAN; 20W GAN; 30W GAN; 40W GAN; 50W GAN; 60W GAN

Number	Items	Specifications
1	Frequency Range	1100-1300MHz
2	Operating Voltage	28V
3	Flatness	±0.5dB
4	Output Power	47dBm
5	Current	4.30A @28V, 47dBm
6	Efficiency	45%@47dBm
7	LED State	Red
8	Operating Temperature	-30℃～85℃
9	Storage Temperature	-40℃～150℃
10	Operating Humidity	＜95%RH
11	RF PORT	Output: SMA-F
12	Power Socket	15cm red/black wire
13	Shell Material	Aluminum
14	Shell Size	1315317mm
15	Net Weight	0.25Kg

1. 28V /5A power supply.

2. Heat dissipation is recommended, such as adding heat sink or radiator fan.

3. Antenna should be screwed first, then plug the power adapter.

Sweep Signal Source*1