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80W 5600-5900MHz GaN Drone Jammer Module with Integrated Sweep & VSWR Protection

Product Overview Engineered for next-generation counter-drone systems, this 80W GaN (Gallium Nitride) jammer module operates across the critical 5600–5900MHz frequency band—the spectrum commonly used by consumer and commercial UAV control links. The module integrates a high‑speed sweeping source and an absorptive VSWR protection circuit, delivering reliabl……

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80W

Functional characteristics

Product Overview

Engineered for next-generation counter-drone systems, this 80W GaN (Gallium Nitride) jammer module operates across the critical 5600–5900MHz frequency band—the spectrum commonly used by consumer and commercial UAV control links. The module integrates a high‑speed sweeping source and an absorptive VSWR protection circuit, delivering reliable, wideband jamming in a lightweight (0.57kg) and compact form factor.

Core Features & Benefits

Class AB GaN Architecture – Optimized efficiency (>35%) and linearity for sustained high‑power operation.
Instantaneous Wideband Coverage – 5600–5900MHz covered without tuning or band switching.
Integrated High‑Speed Sweep Generator – No external signal source required; simplifies system design.
Built‑in Absorptive VSWR Protection – Protects the amplifier from severe mismatch, enhancing field reliability.
GaN‑on‑SiC Technology on Copper Carrier – Combines high electron mobility with superior thermal conductivity.
Patented Thermal Management – Ensures consistent 80W output even under demanding conditions.
Compact & Lightweight – Measures 168.5 x 84.5 x 23 mm and weighs only 0.57kg, ideal for airborne, handheld, or UAV‑mounted platforms.

Electrical & Mechanical Specifications

Specification	Measured Value	Details
Frequency Range	5600 – 5900 MHz	Instantaneous bandwidth
Output Power (Psat)	80 W (≥49 dBm)	Continuous wave
Output VSWR Tolerance	≤2.0 (with protection)	Absorptive VSWR protection integrated
Operating Voltage	DC 24 – 29 V	Nominal 28V recommended
Max Operating Current	10.0 A	At 80W output
Power Added Efficiency	≥35%	At rated power
Control Interface	+5V or open = ON / GND = OFF	TTL‑compatible
RF Connector	SMA Female	Input / Output
Jammer Source	Internal high‑speed sweep generator	No external VCO/DDS needed
Protection	Built‑in absorptive VSWR limiter	Prevents damage from antenna mismatch
Dimensions (L x W x H)	168.5 x 84.5 x 23 mm
Weight	0.57 kg

Design Excellence: GaN‑on‑SiC & Thermal Innovation

At the heart of this module is a GaN‑on‑SiC HEMT die, mounted on a copper carrier using a proprietary assembly process. Silicon carbide offers exceptional thermal conductivity, while the copper carrier and patented heat‑spreader technology rapidly dissipate heat away from the transistor junction. This design guarantees stable 80W operation across the full -20°C to +65°C temperature range without performance degradation.

The integrated absorptive VSWR protection is a standout feature. Unlike reflective limiters that send mismatched energy back to the amplifier, this circuit safely absorbs reflected power, allowing the module to survive severe antenna mismatches that would otherwise destroy conventional jammers.

Seamless Integration & Control

Single‑Wire TTL Control – Simple ON/OFF switching via +5V or ground, compatible with most drone detection radars and command systems.
Self‑Contained Sweep Generator – Reduces external component count and simplifies BOM.
SMA Connectors – Industry‑standard interface for quick integration with antennas and circulators.
Compact Footprint – Fits easily into gimbaled payloads, backpacks, or vehicle‑mounted racks.

Primary Applications

Counter‑UAS (C‑UAS) Systems – Disrupt 5.8GHz control and video links of hostile drones.
Drone‑Mounted Jammers – Lightweight enough for UAV‑based electronic attack.
Tactical RF Denial – Create localized no‑fly zones over critical infrastructure.
Test & Evaluation – High‑power source for 5.8GHz component testing and susceptibility measurements.

Why Choose This GaN Drone Jammer Module?

All‑in‑One Solution – Includes sweep source and VSWR protection; no external driver or limiter required.
Ruggedized for Field Use – Built to MIL‑grade vibration and temperature standards.
Efficient Cooling – Patented thermal design eliminates the need for bulky heatsinks in many installations.
Customization Available – Sweep patterns, control logic, and mechanical modifications can be tailored to OEM requirements.