150W 600–700MHz GaN Drone Countermeasure Module

Technology: GaN

Frequency Range: 900MHz

Connector Type: SMA Female

Output Power: 150-200W

150W GaN drone countermeasure module, 600–700MHz, DC24–29V, 15A max, ≥40% efficiency, high-speed sweep, VSWR protection.

150W 600–700MHz GaN Drone Countermeasure Module

Technical Specifications

Parameter	Specification	Notes
Frequency range	600–700 MHz	Single-band coverage
Output power	150 W	Typical; VSWR ≤2.0; efficiency ≥40%
Supply voltage	DC 24–29 V	Switch control: +5V or floating = on; ground = off
Current draw	15.0 A max	At 24–29 V DC
Modulation source	Built-in high-speed sweep source	Internal interference source
Analog scan speed	Not specified	High-speed sweep source; exact rate not stated
Input / output impedance	Not specified	Output connector: SMA female
Protection LEDs	Power switch, over-voltage, over-temperature	Built-in absorption VSWR protection
Operating temperature	-20 to +65°C	...
Dimensions (L×W×H)	168.5 × 84.5 × 23 mm	...
Weight	0.55 kg	...
Base material	Not specified	GaN power stage

Product Details

This 150W GaN drone countermeasure module covers 600–700MHz. It is built for drone countermeasure and signal shielding systems. It uses a built-in high-speed sweep source. The RF output connector is SMA female. It runs from DC 24–29V and draws up to 15.0A.

150W 600–700MHz GaN Drone Countermeasure Module

What It Does

This is a band module for system integrators. Add a power supply, control signal, antenna and cooling. It then gives 150W typical output in the 600–700MHz range. Output VSWR is ≤2.0. Efficiency is ≥40%. A built-in absorption VSWR protection device helps protect the amplifier.

Simple Control

Switch control is simple. +5V or floating turns it on. Ground turns it off. LEDs show power, over-voltage and over-temperature. This helps during setup and troubleshooting.

Cooling and Installation

Keep air moving around the module. Operating temperature is -20 to +65°C. The case is 168.5 × 84.5 × 23 mm and weighs 0.55 kg. Use a matched 600–700MHz antenna and short, low-loss cable. Poor match can reduce output and create heat.