100W Wholesale Customizable LORA+GAN+VCO+Circulator RF Broadband Anti-drone Module

Interface Definition

DC-24V: DC voltage 24-28V input terminal

RF OUT: (SMA head) Power amplifier module signal output terminal.

CTRL: Signal output control terminal (TTL level)

When "1" is set, the signal is on and the module has an output.

When it is set to "0", the signal is turned off and the module has no output.

Detection: Output power detection terminal (TTL level output)

When it is "1", the amplifier has output.

When it is "0", the amplifier has no output.

FAQS

1. Can I customize this module for my specific needs?

Yes, the DXK anti-drone module supports OEM/ODM customization. Our team can work with you to tailor the module’s configuration to meet specific operational requirements, including frequency bands and other performance features.

2. What is the significance of the LORA, VCO, GaN, and Circulator in the module?

• LORA provides long-range modulation and strong anti-interference capabilities.

• VCO (Voltage-Controlled Oscillator) allows rapid frequency sweeping, enabling the module to cover multiple drone frequencies efficiently.

• GaN (Gallium Nitride) Power Amplifier delivers high output power with low heat generation, ensuring robust and reliable performance.

• Circulator prevents signal reflection, reducing risks and maintaining stable operation.

3. How does the DXK anti-drone module handle interference from other devices operating in the same frequency range?

The DXK anti-drone module is designed with advanced signal sources that minimize the impact of interference from other devices operating within the same frequency range. Its high-precision frequency sweeping (≥300K) and LORA modulation enhance its ability to selectively target drone signals while rejecting non-relevant noise or interference, ensuring clean and effective jamming.

4.  How does the module maintain stable performance at high output power (50W) without overheating?

The GaN power amplifier (Gallium Nitride) used in the DXK module provides high efficiency and low thermal output, allowing the module to sustain high output power (50W) without significant heat buildup. Additionally, the Circulator technology prevents unwanted signal reflections, which can cause power loss and heating, further improving system stability and reliability during prolonged operation.

Yes, the DXK module is designed to disrupt communication links and navigation signals (GPS/Beidou), including drones equipped with advanced encryption or secure communication protocols. Although encryption may delay the disruption process, the module's broad frequency coverage and high-power output allow it to overcome encryption barriers and force drones into a fail-safe state (such as returning to base or landing) by targeting the control and navigation frequencies.

6. How does the module handle multiple drone interference in a dense environment, such as urban or crowded areas?

In environments with dense drone activity, the LoRa long-range modulation combined with rapid frequency sweeping (VCO) ensures that the module can simultaneously target and interfere with multiple drones over wide areas. The multi-frequency capabilities of the module (400M–6200M) allow it to operate effectively across various drone frequencies, ensuring no UAV is missed, even in high-density scenarios.

7. How does the module ensure continuous operation in outdoor, harsh environments (e.g., temperature extremes, humidity)?

The DXK anti-drone module is built with industrial-grade components and designed for outdoor use in harsh conditions. It has an operating temperature range that can withstand extreme heat and cold, and is weatherproof to ensure reliable performance in humid or wet environments. Additionally, its compact and rugged design allows for easy integration into mobile anti-drone systems, such as vehicle-mounted or portable units.