The 20W Drone Signal Jammer Module is a specialized component designed for unauthorized drone intrusion control. It works by transmitting targeted interference signals to block communication links between drones and their controllers, satellites, or other communication sources, enabling effective management of drone activities in protected areas.

Key Advantages:

• High Power Output: Features a 20W power output for reliable interference range and effectiveness.
• Broad Bandwidth Coverage: Covers multiple frequency bands (420MHz - 5850MHz), compatible with various drone communication frequencies.
• Flexible Scheme Options: Offers GaN, LDMOS, and LoRa LDMOS solutions to meet diverse performance and integration needs.
• Compact & Integratable Design: Available in compact sizes (e.g., 100mm34mm15mm, 128mm35mm19mm, 110mm38mm17mm) for easy integration into different systems.

Applicable Scenarios: Airport restricted zones, government facilities, military sites, large event security (concerts, exhibitions), correctional facilities, and other high-security areas.

A: The module covers mainstream drone communication frequency bands (e.g., 400MHz, 800MHz, 2.4GHz, 5.8GHz). The LoRa series (LoRa LDMOS, LoRa GaN) has enhanced targeting for drones using LoRa communication. Custom frequency options are also available to match specific drone systems.

A: - GaN: Offers high efficiency and power density, ideal for scenarios requiring compact size and high energy efficiency (e.g., integrated into portable devices).

• LDMOS: Provides stable performance at a moderate cost, suitable for general-purpose drone jamming.
• LoRa Schemes (LoRa LDMOS, LoRa GaN): Specifically optimized for jamming drones with LoRa-based communication.
  Select based on the target drone’s communication standard, cost budget, and performance needs.

A: Yes. Frequency customization is available (see "Customized Frequency" in "Frequency Range" remark). Additionally, voltage customization (beyond the standard 28-32V range) and custom form/fittings for bulk orders can be discussed.

A: Yes. The operating temperature range is -10°C to +55°C, and it undergoes high-low temperature testing with strict gain/power stability (gain fluctuation ≤±1.5dB, power fluctuation ≤±1dB), ensuring reliability in most outdoor environments.

A: The module requires ≥2A@+28Vdc power supply. The power cable uses "Red positive, Black negative" polarity. RF signals are output via an SMA external screw base. Ensure power polarity and RF connector compatibility during wiring.