60W Anti UAV Module: 2000-2200MHz GaN Jamming Module

The 2000–2200 MHz band is a practical target for counter-UAS work. Many UAV platforms use this range for high-bandwidth video downlinks, telemetry, or backup control channels. A 60W anti UAV module with a GaN final stage gives system integrators a compact way to add broadband analog jamming without building a separate exciter and amplifier chain. This module combines the sweep source, driver, final amplifier, and protection circuits in a 138 × 50.5 × 17 mm aluminum package.

Why 2000–2200 MHz Matters

Some counter-drone systems focus on 2.4 GHz and 5.8 GHz. That leaves a gap in the 2.0–2.2 GHz range, which is used by certain UAV manufacturers for video and command links. A fixed-tone jammer can miss frequency-hopping channels, but the 60W anti UAV module uses an analog high-speed sweep source to produce continuous RF energy across the band. This makes it more effective against agile links.

GaN Output Stage and Efficiency

The module is built around a GaN final amplifier. It delivers 60 W typical output from a DC 12–14 V supply. Efficiency is at least 40%, which is important because the current draw can reach 12 A at full output. GaN also works well at lower supply voltages compared to older LDMOS designs, making this module suitable for portable systems powered by 12 V batteries or vehicle supplies.

Built-in High-Speed Sweep Source

Unlike a bare RF power amplifier, this 60W anti UAV module does not need an external signal generator for basic operation. The internal high-speed sweep source drives the entire chain across 2000–2200 MHz. The analog sweep profile generates broadband interference that is generally more effective against frequency-hopping UAV links than a single fixed carrier. It also reduces the number of RF connections and simplifies system integration.

Switching and Control Logic

The 60W anti UAV module accepts a simple TTL-style control signal. Apply +5 V or leave the control pin floating to enable RF output; connect it to ground to disable it. This works with microcontrollers, manual switches, or detection systems. Always sequence DC power before enabling RF, and disable RF before removing power.

LED Indicators and Protection

The module includes LED indicators for power on/off, overvoltage, and overtemperature. These status lights help integrators quickly identify faults inside a closed enclosure. The output VSWR is specified at ≤2.0, which keeps the amplifier stable with most antennas. Use high-quality coaxial cable and keep antenna return loss within spec.

RF Interface

The output uses an SMA female connector with 50 Ω nominal impedance. Always connect a suitable antenna or dummy load before enabling RF output. The module is not designed for operation into an open or shorted load for extended periods. A well-matched 2000–2200 MHz antenna is required for reliable field use.

Compact Form Factor and Thermal Design

The 60W anti UAV module measures 138 × 50.5 × 17 mm and weighs only 0.22 kg. It is designed for metal-chassis mounting. Use thermal paste or a flat heatsink interface on the baseplate. At 60 W output, waste heat can be significant. The operating temperature range is -20°C to +65°C, but continuous full-power operation should include forced air cooling. The aluminum baseplate helps spread heat, but it is not a substitute for airflow in a closed case.

Power Budget and Wiring

Because the module draws up to 12 A at 12–14 V, supply wiring and connectors must be sized appropriately. Use at least 14 AWG wire for short runs and minimize voltage drop at the input terminals. A supply with current limiting or an inline fuse rated for 15 A is recommended. The LEDs will show overvoltage or overtemperature faults, but a stable supply is the first line of protection.

Integration Checklist

A short checklist helps avoid field failures:

• Provide a stable DC 12–14 V supply rated for at least 12 A.

• Mount the module on a metal plate or heatsink.

• Use a 2000–2200 MHz antenna with VSWR ≤2.0.

• Enable RF only after the load is connected.

• Monitor the LED indicators during initial power-up.

• Keep the control line grounded when the system is idle.

Typical Applications

The 60W anti UAV module fits portable jamming cases, fixed-site counter-UAS cabinets, and vehicle-mounted systems. It is also useful for security integrators who need a reliable RF power stage with built-in protection. Because the module includes a sweep source, it can reduce development time compared to separate PA and exciter designs. It can be paired with other modules covering 2.4 GHz or 5.8 GHz for multi-band coverage.

In short, the 60W anti UAV module is a practical 2000–2200 MHz building block for counter-drone applications. It delivers 60 W typical output, integrated analog sweep, GaN efficiency, and protection LEDs in a compact aluminum housing. This makes it a straightforward choice for integrators who need band-specific RF power in a small footprint.