The 200–300MHz 100W UAV jammer module with GaN circulator isolator ACASOM is designed as a professional RF building block for anti-drone systems where efficiency, stable output, and long-term reliability are important. It is intended for integration into specialized counter-UAV platforms and FPV-focused solutions.
The module is built with GaN technology, which helps improve power density and operating efficiency compared with traditional LDMOS-based designs. Its circulator and isolator structure also supports more stable behavior inside demanding RF system architectures.
It operates within the 200–300MHz band and delivers 100W output power at 50dBm. The module uses an SMA-F RF output connector and receives power through a 15cm red/black wire. Its aluminum housing and 131x53x17mm size make it compact enough for equipment-level integration.
According to the supplier, the output power can also be customized from 10W to 100W. That makes this ACASOM module a flexible option for projects that require both high performance and configuration adaptability.
Technical Specifications:
| Parameter | Specification |
| Frequency Range | 200–300MHz |
| Operating Voltage | 28V |
| Flatness | ±0.5dB |
| Output Power | 100W / 50dBm |
| Current | 4.30A @28V, 47dBm |
| Efficiency | 45% @47dBm |
| LED State | Red |
| Operating Temperature | -30℃~85℃ |
| Storage Temperature | -40℃~150℃ |
| Operating Humidity | <95%RH |
| RF Port | Output SMA-F |
| Power Socket | 15cm red/black wire |
| Shell Material | Aluminum |
| Shell Size | 131x53x17mm |
| Net Weight | 0.25kg |
Why Choose This Module:
- GaN technology helps improve efficiency and power density in compact RF hardware.
- The circulator isolator design makes the module more suitable for professional anti-drone system integration.
- Its 200–300MHz range fits projects targeting this specific low-frequency band.
- The compact 131x53x17mm housing is easier to place inside equipment.
- An SMA-F output connector supports practical RF component matching.
- Customizable output from 10W to 100W adds flexibility for system design.
Applications:
- Integration into counter-UAV systems.
- Use in anti-drone platforms for FPV-focused environments.
- Selection for projects involving DJI and Autel drone signal suppression hardware.
- RF engineering systems built around the 200–300MHz band.
- Fixed-site protection platforms.
- Mobile anti-drone equipment where compact size matters.
Package Includes:
1 x Sweep Signal Source
Important Notes:
- 28V / 5A power supply is required.
- Heat dissipation is recommended, such as adding a heat sink or radiator fan.
- The antenna should be connected before the power adapter is plugged in.
FAQ:
- What is the main advantage of this module over standard LDMOS designs?
The supplier highlights GaN benefits such as higher efficiency, better power density, and improved overall operating performance. - Is this module intended for anti-drone systems?
Yes, it is presented as a jammer module for UAV defense and FPV-related anti-drone applications. - Which drone ecosystems are mentioned in the supplier text?
The supplier specifically mentions DJI and Autel drone applications. - What frequency range does the module cover?
It operates within the 200–300MHz frequency range. - What RF output connector does it use?
It uses an SMA-F output connector. - Can the power level be customized?
Yes, the supplier states that output power can be configured from 10W to 100W. - What connection sequence should be followed?
The supplier note says the antenna should be connected first, then the power adapter should be plugged in.
The 200–300MHz 100W UAV jammer module with GaN circulator isolator ACASOM is a professional RF component developed for anti-drone platforms that require efficient power handling, stable performance, and practical integration features. On Chipomi, this module is positioned for customers looking for specialized counter-UAV hardware built around the 200–300MHz band and modern GaN-based architecture.
One of the key strengths of this product is its GaN design. According to the supplier, gallium nitride technology offers meaningful advantages over traditional LDMOS solutions, including improved power density, lower current demand, and better overall efficiency. For demanding RF systems, those benefits matter not only for performance, but also for long-term hardware behavior. The inclusion of a circulator and isolator further supports professional use in more advanced anti-drone system layouts.
With 100W output power at 50dBm, a working voltage of 28V, and an SMA-F RF output, the module is designed for structured RF integration rather than general-purpose electronics use. The housing is made of aluminum, the dimensions are 131x53x17mm, and the net weight is 0.25kg, making it compact enough for many fixed and mobile equipment designs. The supplier also notes that output power can be customized from 10W to 100W, which gives engineers more freedom when selecting the right configuration.
For buyers searching for a 200–300MHz ACASOM anti-drone jammer module with GaN technology, circulator isolator structure, compact size, and configurable power options, this model is a strong candidate. Chipomi offers it for technical sourcing, system planning, and integration into professional UAV defense solutions.
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