The new 800MHz-900MHz 50W Signal Shield Anti Drone FPV Jammer Module with Circulator is designed to provide superior performance for RF and communication systems. Leveraging the advanced technology of Gallium Nitride (GaN) chips, this jammer offers significant improvements over traditional LDMOS-based designs.

GaN technology ensures high work efficiency, allowing the jammer to operate more effectively while consuming less power. This translates into lower operational costs and enhanced performance over extended periods of use. The ceramic tube shell incorporated into the design plays a crucial role in heat dissipation, helping to prevent overheating and ensuring the device remains stable even under demanding conditions. This feature significantly enhances the reliability and durability of the jammer, making it ideal for both commercial and military applications.

Additionally, the unique GaN chip design includes a built-in safeguard: the open-circuit state will not burn out the chip, providing an added layer of protection and reducing the risk of failure in the field. With a frequency range of 800MHz-900MHz, this jammer is perfect for disrupting unwanted signals in a wide variety of environments, including secure communication and signal protection operations.

Combined with its high power handling and stability, the 800MHz-900MHz GAN Jammer with Circulator represents the next generation of signal jamming technology.

RFOUT POWER:

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

Number	Items	Specifications
1	Frequency Range	800-900MHz
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