The new 500MHz-600MHz 50W GaN Jammer Module with Circulator from ACASOM is a cutting-edge anti-drone solution designed for UAV and FPV applications, including FPV DJI and Autel systems. Built with advanced gallium nitride (GaN) technology, this jammer delivers enhanced power efficiency and performance, making it a popular choice in the market for counter-UAV operations.

The module is designed with a circulator and isolator to ensure optimal signal management, making it highly effective in preventing interference while maintaining stable operation. It supports customizable power settings ranging from 10W to 60W, providing flexibility based on operational needs.

GaN technology offers several advantages over traditional LDMOS chips:

High Work Efficiency – Optimizes power usage for better performance with lower energy consumption.
Improved Stability – The ceramic tube shell design enhances heat dissipation, ensuring the module remains stable even under high power output.
Durability – The GaN chip is engineered to withstand open-circuit conditions, preventing damage and enhancing longevity.

This 500MHz-600MHz 50W GaN jammer module is ideal for a variety of anti-drone and jamming applications, offering both high performance and exceptional reliability. Whether for tactical operations or commercial use, it ensures effective UAV disruption in critical areas.

RFOUT POWER:

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

Number	Items	Specifications
1	Frequency Range	500-600MHz
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