100W GaN Drone Countermeasure Module | 2.4GHz High-Power Jamming Source

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Product Overview The 100W 2400-2500MHz GaN Countermeasure Module represents the cutting edge of drone defense technology. Built on GaN-on-SiC (Gallium Nitride on Silicon Carbide) technology and moun……

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Functional characteristics

Product Overview

The 100W 2400-2500MHz GaN Countermeasure Module represents the cutting edge of drone defense technology. Built on GaN-on-SiC (Gallium Nitride on Silicon Carbide) technology and mounted on a specialized copper carrier, this module delivers an incredible 100W ( $50\text{dBm}$ ) output in a compact form factor.

Engineered with a Class AB design, it offers an instantaneous wide bandwidth and superior linearity. Its patented thermal treatment technology ensures maximum reliability and ruggedness, making it the preferred choice for high-intensity electronic warfare and UAV neutralization.

Technical Specifications

Feature	Specification	Remarks
Frequency Range	2400 – 2500 MHz	Standard 2.4GHz UAV Band
Output Power	$50 \pm 1\text{dBm}$ (100W)	High-power GaN performance
Technology	GaN-on-SiC	Class AB Design
Operating Voltage	28V – 32V (Standard 28V)	High-voltage efficiency
Operating Current	$\le 9.2\text{A}$	Optimized power consumption
Scan Speed	270 KHz	Customizable (100KHz – 500KHz)
Signal Source	Built-in High-speed Noise	Custom VCO/DDS/SDR supported
Input/Output Impedance	$50 \Omega$	Standardized RF matching
Connector Type	N-Female (N-Type)	High-power RF interface
Operating Temp	-20°C to +65°C	Industrial grade
Dimensions	150 x 80 x 22 mm	Ultra-compact for 100W
Weight	800g	Lightweight & Portable

Key Performance Features

1. GaN-on-SiC Technology

By utilizing Gallium Nitride on a Silicon Carbide substrate, this module achieves significantly higher power density and thermal conductivity compared to traditional LDMOS. The copper base carrier and patented heat dissipation technology prevent thermal throttling even during prolonged high-power output.

2. Rugged Class AB Design

The Class AB architecture provides a perfect balance between power efficiency and signal linearity. It is designed to handle instantaneous wideband signals, ensuring effective jamming against modern frequency-hopping drones.

3. Integrated Monitoring & Safety

The module is equipped with a comprehensive LED status array for real-time diagnostics:

Power Switch Indicator: Confirms active status.
Over-Voltage Protection: Shields the GaN circuitry from power spikes.
Over-Temperature Protection: Automatic shutdown or throttling to protect the hardware.

4. Modular Flexibility

Designed for easy integration, the module features a standard $50 \Omega$ input/output impedance and an N-Type female connector to handle the high 100W RF load without signal leakage or loss.

Primary Applications

High-End UAV Defense: Specifically targets 2.4GHz Wi-Fi and drone control links.
Military & Law Enforcement: Portable or vehicle-mounted signal suppression.
Critical Infrastructure: Perimeter protection for airports, power plants, and oil refineries.
Signal Jamming: Effective against high-speed data transmission within the 2.4GHz ISM band.

Comparison: GaN vs. LDMOS

Unlike standard modules, our GaN-on-SiC technology allows for:

Higher Efficiency: Less energy wasted as heat.
Better Bandwidth: More effective against complex modulation.
Smaller Size: 100W output in a package weighing only 800g.