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50W GaN RF Jamming Module | 840-1000MHz Broadband Drone Countermeasure Module

50W GaN RF Jamming Module for 840-1000MHz Band Product Overview The 50W GaN RF Jamming Module is a state-of-the-art, high-performance module engineered for broadband signal disruption within the 840……

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Functional characteristics

50W GaN RF Jamming Module for 840-1000MHz Band

Product Overview

The 50W GaN RF Jamming Module is a state-of-the-art, high-performance module engineered for broadband signal disruption within the 840-1000MHz frequency range. Leveraging advanced Gallium Nitride on Silicon Carbide (GaN on SiC) technology in a Class AB design, it delivers exceptional power density, efficiency, and reliability in a remarkably compact form factor. With a saturated output power of 50W (47±1dBm), an integrated high-speed modulated noise source, and comprehensive thermal and electrical protection, this module serves as the ideal core component for next-generation counter-UAV and electronic warfare systems demanding robustness and superior performance.

Core Features & Advantages

Advanced GaN on SiC Technology: Offers superior efficiency, broader instantaneous bandwidth, and higher power density compared to traditional LDMOS or Si-based designs, resulting in a smaller, cooler-running, and more reliable module.
High Power & Broadband Coverage: Delivers 50W of output power across the wide 840-1000MHz band, enabling effective suppression of various drone control, telemetry, and communication signals.
Fully Integrated & Customizable: Features a built-in high-speed modulated noise source. Key operational parameters like sweep speed (100-500KHz) and interference source type (VCO, DDS, SDR) are customizable to meet specific mission requirements.
Compact & Rugged Construction: Exceptionally compact dimensions (117x58x18mm) and low weight (~300g), coupled with a robust copper-based heatsink, ensure reliable operation in demanding field conditions from -20°C to +65°C.
Comprehensive System Protection: Integrated LED indicators provide real-time status for Power, Over-Voltage, and Over-Temperature conditions, safeguarding the module and the broader system.

Detailed Technical Specifications

Parameter Category	Specification	Details / Notes
Model & Technology	Product Type	GaN RF Jamming Module
	Core Technology	GaN on SiC (Gallium Nitride on Silicon Carbide), Class AB Design
RF Performance	Frequency Range	840 – 1000 MHz
	Output Power	47 ± 1 dBm (Nominal 50W saturated)
	Impedance	50 Ohms (Input & Output)
	RF Connector	SMA Female
	Sweep Speed (Analog)	270 KHz (Customizable from 100 KHz to 500 KHz)
	Internal Signal Source	Integrated High-Speed Modulated Noise Source. Custom Options: VCO, DDS, or SDR source.
Electrical & Control	Operating Voltage	28V DC (Range: 24V – 28V)
	Operating Current	≤ 3.2A – 4.5A (Typical at 50W output)
	Control Logic	TTL-compatible enable/disable.
Physical & Environmental	Dimensions (L x W x H)	117 mm x 58 mm x 18 mm (Standard). Custom dimensions available.
	Weight	~ 300 grams
	Operating Temperature	-20°C to +65°C
	Indicators	Power On, Over-Voltage, Over-Temperature LEDs.
	Key Feature	Copper substrate for enhanced thermal management.

Target Applications

This high-efficiency GaN module is designed as a critical building block for advanced electronic countermeasure systems:

Broadband Counter-UAS (C-UAS): Integration into drone jamming systems targeting a wide range of UAVs and FPV drones operating in the lower UHF/S-band.
Tactical Communication Denial: Disruption of specific ground-based communication, data links, or remote control systems within the 840-1000MHz spectrum.
Mobile & Portable ECM Platforms: Its small size and weight make it perfect for man-portable, vehicle-mounted, or small UAV-borne jamming systems.
Fixed-Site Perimeter Defense: A reliable and powerful module for permanent installations protecting critical infrastructure.

Ordering & Customization

This 50W GaN module is available as a standard unit covering 840-1000MHz. We specialize in customization to fit your exact system architecture. Contact our engineering team to discuss:

Specific Frequency Sub-Bands
Custom Sweep Speeds & Modulation Patterns
Alternative Integrated Signal Sources
Mechanical Form Factor & Connector Requirements