Functional Positioning for Advanced RF Mitigation and Targeted Engineering Needs
The Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module is designed specifically for engineering teams and developers dedicating efforts to FPV drone mitigation and anti-drone applications. This module addresses the requirements of R&D laboratories and OEM manufacturers by providing a reliable, high-power GaN-based amplification platform tailored to meet stringent control and jamming objectives. It supports configurations adaptable to various signal sources including VCO, DDS, and SDR, thus ensuring broad compatibility with advanced test benches and prototype systems. The design facilitates integration into complex RF security frameworks, enabling users to execute comprehensive FPV jammer evaluation and development initiatives.
Precise Technical Characteristics and Configurable Electrical Parameters
Equipped with a 28V nominal voltage system and capable of operating between 24 to 30V, the Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module achieves a maximum output power of 150W (51.8 dBm) across the 400-700 MHz band with ±10 MHz bandwidth tolerance. It incorporates an internal circulator providing VSWR protection to prevent damage from reflected power, vital for vehicle-mounted or mobile deployments. Gain of up to 51.8 dB and low ripple under 3 dB ensure stable amplification performance. The aluminum shell with natural oxide finish improves heat dissipation and mechanical durability, while screw-adjustable center frequency and bandwidth parameters support precise tuning to specific operational frequencies.
Application Versatility in Anti-Drone Systems and Research Environments
This module's design supports deployment within a range of anti-drone and FPV mitigation systems, including mobile test platforms and stationary laboratory environments. Its suitability for integration into OEM setups enables custom configurations aligned with diverse operational mandates such as counter-drone defense, secure facility RF testing, and compliance verification of jammer solutions. The optional noise modulation signal source further allows experimental flexibility in signal jamming tactics. As such, the Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module provides measurable value in professional drone detection, identification, and interference workflows, reinforcing security provisions in critical infrastructure and industrial research domains.
Product Advantages
Robust Structural Design and System Integration Capabilities
The Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module features a carefully engineered aluminum casing with natural oxide sandblasting that enhances thermal management and protects internal components against vibration typical in vehicle-mounted environments. The module’s internal circulator ensures reliable VSWR protection, safeguarding the amplifier during high reflection conditions. Modular enable control and customizable input voltage ranges facilitate seamless system integration and control automation. Screw-adjustable frequency center and bandwidth offer straightforward mechanical tuning for precise frequency targeting, thus reducing setup complexity in both laboratory and field applications.
High-Performance Amplification with User-Driven Functional Adaptability
Offering substantial power output of up to 150W and a remarkably stable gain profile, the device optimizes signal jamming efficiency within the 400-700 MHz band. Its compatibility with optional built-in signal modulation sources and external VCO, DDS, or SDR inputs enables users to tailor interference patterns according to specific testing protocols or system requirements. The unit’s reliability under varying voltage conditions and low output ripple minimizes signal distortion, ensuring consistent performance during extended operations. These characteristics yield operational advantages for engineers and operators focused on maximizing ROI through dependable anti-drone countermeasure experimentation and development.
Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module
| Item |
Spec. |
Remarks |
| Frequency Range |
400- 700MHz |
Bandwidth Range±10MHz |
| Working Voltage |
28V;30V for 5.2G,5.8G
|
24-30V |
| Working current |
10-14A |
output 150W |
| Analog sweeping speed |
120 KHz |
8μ/s |
| Output Power (Max) |
51.8±1 dBm |
150W |
| Gain (Max) |
51.8±1 dB |
|
| Ripple in Band |
≤ 3 dB |
Peak |
| Bandwidth adjustment |
Yes |
By screw |
| Center adjustment |
Yes |
By screw |
| Enable control |
Customize |
24-28V |
| Input power (Max) |
≤ +10dBm |
Optional (If signal source from Subscriber) |
| Input Signal Source |
Built-in high-speed noise modulation signal source |
Optional (can customize VCO, DDS or SDR)
|
| Output VSWR |
≤1.5 |
Inside circulator, VSWR protect |
| Shell Material |
Aluminum with natural color oxide sand blasting |
|
| Vibration Need |
Meet the load need of moving vehicle |
|
FAQWhat is the operating voltage range and power output of the Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module?The Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module operates nominally at 28V, supports 24-30V, and delivers up to 150W (51.8 dBm) output power within a frequency range of 400-700 MHz, making it suitable for high-power FPV jamming applications.Can this amplifier be customized to support different signal sources and control voltages?Yes, the amplifier offers optional customizations including input signal types like VCO, DDS, or SDR. Its enable control can be adjusted within 24-28V to fit various system requirements. The design supports integration flexibility for OEM and R&D uses involving Factory Direct 28V GaN 150W 400-700MHz RF FPV Jammer Power Amplifier Anti Drone Module configurations.What materials and mechanical features ensure the device’s durability and suitability for mobile environments?The unit's shell is made of aluminum with a natural oxide sandblasting finish, providing good heat dissipation and robustness. It includes an internal circulator to protect against VSWR, and its design meets vibration standards for vehicle-mounted deployment, ideal for field or mobile anti-drone testing.What installation and maintenance considerations should be noted for this RF amplifier module?Installation requires stable DC power within 24-30V and appropriate cooling due to high output power. Adjustments for center frequency and bandwidth are achievable via screw tuning. For maintenance, periodic verification of VSWR protection and physical inspection of the aluminum shell is recommended to ensure continued performance and reliability.
