50W UAV Jamming Power Amplifier Module – 100–8000MHz Broadband
50W UAV jamming power amplifier
,100-8000MHz broadband drone jammer
,UAV signal jammer with power amplifier
This broadband module operating from 100 to 8000MHz delivers reliable disruption and neutralization against unmanned aerial vehicle signals over a full frequency range, forming an all-round protective barrier against hostile drones. It responds immediately to UAVs working on various frequency bands without manual tuning, rapidly eliminating signal interference risks.
Unlike standard narrowband countermeasure modules, this unit features an extended frequency range and supports 10-200MHz adjustable bandwidth. Combined with high-efficiency GaN amplification architecture, it delivers enhanced jamming power. Even in dense electromagnetic environments with multiple drones, it ensures faster, more complete signal suppression.
Technical Specifications
| Brand Name | Kimghz technology |
|---|---|
| Model Number | KH-PAC50W |
| Frequency | 100~8000MHz |
| Power Output | 50 Watt |
| Electric Current | ≤4.8A |
| Power Supply | 28V |
| Output Interface | SMA connector |
| Power Supply Interface | Power Cord |
Product picture


Test Part

- Frequency Range: 100-8000MHz operating band for full‑spectrum UAV jamming; selectable models support 10-200MHz customizable bandwidth for targeted countermeasure applications.
- Core Circuit: Preferred GaN Class AB topology, achieving an optimal balance between power efficiency and jamming performance; equipped with proprietary thermal design for stable high-load operation.
- Impedance Standard: Fixed 50Ω input and output impedance, fully compatible with mainstream electronic defense systems to minimize signal attenuation and equipment damage.
- Stability & Durability: Compact structure with GaN die on copper carrier, enhanced by patented thermal management to maintain reliable performance under long‑term high-power working conditions.
- Integration & Portability: Sturdy enclosure design combines mechanical strength and mobility; optimized internal layout ensures small size and light weight for easy system integration.