100W Drone Jamming Module 1500-1600MHz GaN

If you need a compact RF power stage for counter-UAS work, this 100W drone jamming module is built around a GaN-on-SiC transistor and covers 1500–1600 MHz in a 150×80×22mm housing. It is designed for fixed or mobile jamming systems where wideband response, thermal stability, and simple integration matter more than bulky amplifier chains.

Overview

The 100W drone jamming module delivers 100W output power at 50±1 dBm across the full 1500–1600MHz band. It runs from a 28V DC rail and draws no more than 9.2A at rated output. The RF ports are 50 ohm N female connectors, so it drops into most counter-UAS or security shielding setups without unusual matching work. The board is mounted on a copper carrier, which pulls heat away from the GaN die quickly.

Why 1500–1600 MHz Matters

Many drone control and video links operate near this range, so a 100W drone jamming module with a clean broadband match can disrupt multiple channels at once. The AB-class GaN stage keeps harmonics lower than a saturated amplifier, which helps when you must avoid interference outside the target band. Because the module covers the full 1500–1600MHz window without retuning, it fits systems that need fast frequency changes during a mission. This also reduces the need for separate band-specific amplifiers, saving rack space and simplifying RF plumbing.

Why GaN-on-SiC?

The design uses an AB-class GaN-on-SiC architecture. That gives you high efficiency and fast switching without the soft compression often seen in older LDMOS stages. The copper base keeps the transistor cooler under continuous or fast-sweep jamming. The result is a 100W drone jamming module that holds its output more consistently when the duty cycle rises. Because the broadband matching is built in, you do not need a separate tuner for 1500–1600MHz.

Signal Source and Sweep

A high-speed noise modulation source is built into the module. The standard analog scan speed is 270KHz, but the factory can adjust it from 100KHz to 500KHz for different jamming patterns. If your system already has an external signal chain, the module can be customized for VCO, DDS, or SDR inputs. That makes the 100W drone jamming module flexible enough for simple barrage use or synchronized multi-band systems.

Thermal and Electrical Behavior

At 100W output, the current stays at or below 9.2A on a 28V supply. The accepted input range is 28–32V, so a standard 28V battery bus or bench supply works. The 100W drone jamming module is rated for -20°C to +65°C normal operation. The copper carrier and compact layout help avoid hot spots, but for continuous full-power use you should mount it on a flat metal plate or heatsink with good airflow.

Mechanical Integration

The unit measures 150×80×22mm and weighs 800g. That is small enough to fit into portable jamming cases, vehicle-mounted boxes, or UAV payload bays. The RF connections are N female, which are common in field equipment and handle 100W without excessive loss. LED indicators show power switch, overvoltage, and overtemperature status, so troubleshooting is quicker in the field.

Typical Use Cases

This type of module is used in counter-drone systems, perimeter security, convoy protection, and RF test setups where a controlled 1500–1600MHz jamming signal is needed. The built-in noise source means you can run it as a standalone blocker, or feed it with a custom SDR/VCO signal for more advanced protocols. Multiple 100W drone jamming module units can be combined for wider coverage, but each module should be properly isolated if you plan to run adjacent bands.

Reliability and Customization

The module is assembled on a GaN-on-SiC die and mounted on a copper carrier using a patented thermal process. This improves long-term reliability under high VSWR or high-temperature conditions. Custom requests include different scan speeds, different modulation sources, connectors, and mechanical mounting. Standard units are usually available quickly, while custom versions may require additional testing.