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100W GaN Drone Jamming Module 4–6GHz | High-Power Anti-UAV RF Amplifier

100W High-Power GaN Drone Jamming Module (4000–6000MHz) The 100W GaN Drone Jamming Module (4–6GHz) is a high-power RF amplification unit engineered for counter-drone and anti-UAV electronic counterm……

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Functional characteristics

100W High-Power GaN Drone Jamming Module (4000–6000MHz)

The 100W GaN Drone Jamming Module (4–6GHz) is a high-power RF amplification unit engineered for counter-drone and anti-UAV electronic countermeasure systems. Covering the 4000MHz to 6000MHz frequency range, the module is optimized to disrupt modern drone high-frequency control links, telemetry channels, and data transmission bands.

Designed with GaN on SiC technology and a robust Class AB architecture, this module provides wide instantaneous bandwidth, stable output power, and long-term operational reliability in demanding security and defense environments.

Key Advantages for Anti-Drone Operations

4–6GHz wideband coverage targeting high-frequency UAV communication links
100W continuous RF output power for extended jamming effectiveness
Class AB GaN on SiC design ensuring efficiency and durability
Instantaneous wide bandwidth for multi-signal jamming scenarios
High power gain with controlled gain flatness
50Ω RF input/output impedance for seamless system integration
Compact footprint and lightweight construction
Rugged design suitable for field deployment
Patented thermal technology supporting continuous transmission

Counter-UAV Application Overview

This module serves as a core power amplification stage in drone jammers and counter-UAV electronic warfare systems. When combined with broadband noise sources or signal generators, it enables effective suppression of UAV command channels, telemetry links, and high-bandwidth data streams commonly operating in the 4–6GHz spectrum.

The GaN device is mounted on a copper sub-carrier, ensuring efficient heat conduction. Together with proprietary thermal handling technology, the module supports high duty-cycle and continuous jamming missions, maintaining output stability even under sustained high-power operation.

Electrical Characteristics

(@ VDC = 30V, TC = 50°C, 50Ω System)

Parameter	Unit	Min	Typ	Max
Operating Frequency	MHz	4000	–	6000
Instantaneous Bandwidth	MHz	–	5000	–
RF Output Power (CW)	W	–	100	–
Input Power	dBm	–	-2 ±3	–
Maximum Input Power (No Damage)	dBm	–	–	5
Power Gain @ 0dBm Input	dB	–	50 ±3	–
Gain Flatness	dB	–	–	±3
Drain Efficiency	%	–	30	–
Harmonics @100W Output	dBc	≥10	–	–
Spurious Suppression	dBc	≥60	–	–
Input VSWR	–	–	–	≤2:1
Output VSWR	–	–	–	≤2:1
Operating Voltage	V	–	28–30	–
Current Consumption @100W	A	–	11	–

Environmental Performance

Parameter	Unit	Rating
Operating Case Temperature	°C	-20 ~ 85
Storage Temperature	°C	-40 ~ 105
Relative Humidity (Non-Condensing)	%RH	95

Power Supply & Monitoring Interfaces

Parameter	Unit	Specification
Supply Voltage	V	28–30V (±2%)
PA Enable Control	V	External TTL
Current Monitor Output	V	Supported
Temperature Monitor Output	V	0.75V @25°C (1°C / 0.01V)

Mechanical Specifications

Parameter	Unit	Typical
Weight	kg	0.75
Dimensions	mm	168.5 × 82.8 × 26.5 (Without connectors)

RF & Power Interfaces

RF Input Connector: MCX Female
RF Output Connector: N Female
DC Power Connector: Through-core capacitor, Male
Cooling Requirement: External heat sink required

Pin Assignment

Pin	Function	Pin	Function
A1	–	1	+28V
A2	–	2	GND
A3	–	3	External TTL
A4	–	4	RS485A
A5	–	5	External TTL
A6	–	6	PA_EN
A7	–	7	RS485B
A8	–	8	NC

Typical Anti-Drone Use Cases

Fixed high-frequency drone jamming installations
Vehicle-mounted counter-UAV platforms
Portable and backpack drone jammer systems
Protection of airports, military bases, and critical infrastructure
Defense, law enforcement, and homeland security applications