50W China Factory 400-6200M Anti Drone Module RF GAN+LORA+VCO+Circulator Anti Drone Jammers
100W 400-6200M Wholesale LORA+GAN+VCO+Circulator RF Broadband Digital Anti-drone Module Drone Disruptor
200W 2.4G 5.2G 5.8G LORA+VCO+GAN+Circulator Anti-UAV Module for Jamming Drones
200W 0.4G 0.5G 0.8G LORA+VCO+GAN+Circulator Anti-drone Module for Taking Down Drones
Customized Wholesale LORA+GAN+VCO+Circulator RF Broadband Anti-drone Module
Our Anti-drone Digital Source Module is engineered on a LORA + VCO + GaN + Circulator signal architecture and consists of two main components: the digital source and the power amplifier unit. The digital source operates across an ultra-wide frequency range of 20MHz to 6000MHz, with flexible configuration within a 200MHz bandwidth, ensuring highly accurate and stable frequency characteristics.
Designed for superior performance, the module automatically generates digital modulation jamming codes tailored to various drone types and supports common protocols such as ELRS, Crossfire, Flysky, Ocusync, Lightbridge, and Skyloas. Featuring an integrated modular design, it is compact in size and equipped with versatile interfaces, enabling seamless integration into diverse systems.
LoRa + VCO generates a digital modulation signal, delivering approximately 50% better performance compared to a standalone VCO analog modulation signal, especially in terms of anti-interference capability and signal stability. Their detailed parameters are as follows:
Parameter |
50W Module |
100W Module |
Signal Type |
LORA+VCO+GaN+Circulator |
LORA+VCO+GaN+Circulator |
Frequency Range |
400-6200 MHz |
400-6200 MHz |
Output Power |
≥50W (47 dBm) |
≥100W (50 dBm) |
Gain |
≥47 dB |
≥50 dB |
Supply Voltage |
DC 24V-28V |
DC 24V-28V |
Input Power |
0 dBm |
0 dBm |
Operating Current |
4.5A-7.5A |
8A-10.5A |
Quiescent Current |
≤1.5A |
≤1.5A |
Output Impedance |
50Ω |
50Ω |
Interface Type |
OUT-SMA |
OUT-SMA |
Customization Support
In addition to the standard 50W and 100W powers, the module supports customization in terms of output power, frequency bands, interface types, and mechanical form factors, enabling tailored solutions for specific application scenarios.