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80W GaN Drone Jammer Module | 3400-3600MHz Mid-Band UAV Blocker

Product Overview The proliferation of advanced drones operating in the 3400-3600MHz mid-band spectrum presents a significant challenge for modern counter-drone systems. This frequency range is increasingly utilized by high-bandwidth FPV systems and advanced commercial UAVs. Our 80W GaN Drone Jammer Module (3400-3600MHz) is a fully integrated jamming soluti……

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Functional characteristics

Product Overview

The proliferation of advanced drones operating in the 3400-3600MHz mid-band spectrum presents a significant challenge for modern counter-drone systems. This frequency range is increasingly utilized by high-bandwidth FPV systems and advanced commercial UAVs. Our 80W GaN Drone Jammer Module (3400-3600MHz) is a fully integrated jamming solution designed specifically to neutralize these sophisticated threats.

Unlike basic amplifier modules that require external signal generation, this unit combines a high-power GaN-on-SiC amplifier with a built-in highway sweep source. The result is a compact, self-contained jamming engine that delivers 80W of effective blocking power across the entire 3.4-3.6GHz band. By integrating both the signal generation and amplification stages, we reduce system complexity and improve reliability for mission-critical defense applications.

Advanced GaN Technology

At the core of this module lies state-of-the-art Gallium Nitride technology on a Silicon Carbide substrate. Mounted on a copper carrier, this combination ensures exceptional thermal management, allowing the module to maintain 80W continuous output power without performance degradation.

GaN-on-SiC Technology: Provides superior electron mobility and breakdown voltage compared to traditional semiconductors.
Patent Thermal Management: Proprietary heat dissipation techniques ensure stable operation under high-duty cycles.
Class AB Design: Delivers excellent linearity and efficiency (>40%) for both noise and swept jamming waveforms.
Integrated Architecture: Combines amplification and signal generation in a single compact housing.

Integrated Jamming Engine

What sets this module apart is its status as a true “Integrated module” . It comes equipped with an internal highway sweep frequency source, meaning it functions as a complete jamming transmitter right out of the box. Simply apply power and a TTL control signal, and it begins broadcasting a powerful, sweeping jamming signal across the 3400-3600MHz band.

Built-in Sweep Source: No external signal generator or VCO required for basic operation.
Fast Sweep Capability: Rapidly sweeps across the entire bandwidth to catch frequency-hopping drones.
Simple TTL Control: Standard +5V (or floating) for ON, Ground for OFF, enabling easy integration with microcontroller-based control systems.

Technical Specifications

The following table provides the complete technical parameters for this 3400-3600MHz drone jammer module. It is engineered for rigorous field use, with built-in protections and industrial-grade components.

Parameter	Specification	Notes
Operating Frequency	3400 – 3600 MHz	Covers mid-band UAV spectrum
Output Power (P1dB)	80W (49dBm)	Typical continuous wave
Output VSWR Tolerance	≤2.0	Withstands antenna mismatch
Operating Voltage	DC 24V – 29V	Nominal: 28V
Max Operating Current	10.0A	At full 80W output
Power Added Efficiency	≥40%	High-efficiency GaN design
Control Interface	TTL Level	+5V or Float = ON / GND = OFF
Signal Source	Internal highway Sweep	Integrated frequency sweep oscillator
RF Output Connector	SMA Female	Standard 50Ω interface
Protection Circuitry	Built-in Absorptive VSWR	Protects against open/short loads
Dimensions (L x W x H)	168.5 x 84.5 x 23 mm	Compact, panel-mountable
Weight	0.55 kg	Lightweight for airborne or portable use

Built-in Protection & Reliability

Operating in the field exposes jamming equipment to challenging conditions, particularly antenna reflections and impedance mismatches. This module features built-in absorptive VSWR protection, a critical safeguard that allows the amplifier to continue operating safely even if the antenna is damaged or disconnected. This robust protection, combined with the superior thermal properties of GaN-on-SiC, ensures the module survives and performs in real-world tactical environments.

Absorptive VSWR: Dissipates reflected power internally to prevent transistor damage.
Thermal Stability: Copper carrier base allows for direct conduction cooling to a chassis or heatsink.
Wide Voltage Tolerance: Accepts 24-29V DC, simplifying power supply integration in vehicles or battery-powered systems.

Application: Mid-Band Drone Defense

The 3400-3600MHz range is critical for modern drone jamming. As drones adopt higher frequencies for video transmission and control, countermeasures must evolve. This 80W module is ideal for:

Fixed-Site Defense: Protecting critical infrastructure from commercial drones operating in the C-band.
Vehicle-Mounted Systems: Providing mobile protection for convoys and tactical operations.
Portable Backpack Jammers: Despite its power, the compact form factor allows for integration into man-portable systems.
Multi-Band Arrays: Combining this module with 600-700MHz and 840-1000MHz units creates a comprehensive, wide-spectrum drone denial system.