700-840MHz 100W GaN Jammer Module for Drone Countermeasures with Class AB Design

Product Overview Our advanced 700-840MHz GaN jammer module delivers 100W of output power in a compact, rugged package. Designed specifically for drone countermeasure and RF shielding applications, this module leverages state-of-the-art GaN-on-SiC technology mounted on a copper carrier, combined with patented thermal ……

Product Overview

Our advanced 700-840MHz GaN jammer module delivers 100W of output power in a compact, rugged package. Designed specifically for drone countermeasure and RF shielding applications, this module leverages state-of-the-art GaN-on-SiC technology mounted on a copper carrier, combined with patented thermal management for superior heat dissipation. The result is a highly reliable, wideband jamming solution that meets the demanding requirements of modern anti-drone systems.

Key Features

Class AB GaN Design – High efficiency and linearity for effective jamming.
Instantaneous Wide Bandwidth – Covers 700–840MHz without tuning.
50Ω Input/Output Impedance – Easy integration with standard RF systems.
Compact & Lightweight – Measures only 150 x 80 x 22 mm and weighs 800g.
High Reliability & Ruggedness – Built to withstand harsh operating environments.
Advanced Thermal Management – GaN-on-SiC on copper carrier with patented heat dissipation technology.
Customizable Options – Scan speed, signal source, and more available upon request.

Technical Specifications

Parameter	Value	Notes
Frequency Range	700 – 840 MHz	Instantaneous bandwidth
Output Power	50 ±1 dBm (100W)	Continuous wave
Operating Voltage	28 V (28–32 V range)
Operating Current	≤9.2 A	At 100W output
Sweep Speed (Analog)	270 kHz	Customizable 100–500 kHz
Input Signal Source	Internal high-speed noise modulated source	Optional VCO, DDS, or SDR
Impedance	50 Ω	Input / Output
Operating Temperature	-20 ~ +65°C
Connector Type	N Female
LED Indicators	Power ON, Over-voltage, Over-temperature
Dimensions	150 x 80 x 22 mm
Weight	800 g

Advanced Thermal & Material Technology

This drone jammer module utilizes GaN-on-SiC technology, widely recognized for its high electron mobility and thermal conductivity. The die is mounted on a copper carrier using a proprietary bonding process that minimizes thermal resistance. Patented heat spreader designs ensure that heat is efficiently dissipated, allowing the module to maintain full 100W output even under continuous operation at elevated temperatures.

Customization Options

We understand that different platforms and missions may require specific adaptations. The following options can be customized to meet your exact needs:

Sweep Speed: Adjustable from 100 kHz to 500 kHz.
Input Signal Source: Choose between internal noise modulation, VCO, DDS, or SDR external input.
Mechanical Layout: Size and connector positions can be modified for OEM integrations.
Firmware: For digitally controlled versions, custom sweep patterns and triggering are available.

Contact our engineering team to discuss your requirements.

Applications

Drone Countermeasure Systems – Disrupt command and control links of unauthorized UAVs.
Tactical RF Shielding – Create temporary no-fly zones or protect sensitive areas.
Test & Measurement – High-power source for amplifier testing and component evaluation.
Electronic Warfare – Wideband jamming against communication links in the 700–840 MHz band.

Why Choose Our GaN Drone Jammer Module?

Proven GaN Performance – GaN-on-SiC provides higher power density and efficiency compared to GaAs or LDMOS.
Reliable Thermal Design – Patented cooling ensures consistent 100W output without derating.
Fast Customization – Agile development allows quick turnaround on specialized requirements.
Compact Form Factor – Easily integrates into handheld, vehicle-mounted, or fixed installations.