25W Temperature Alarm and VSWR 410-440MHz 10 PIN Power Amplifier
This high-performance 25W amplifier serves as a specialized anti UAV module engineered for the 410-440MHz spectrum, delivering 44dBm saturated output power with ±2dB in-band flatness.
(1) Designed for precision counter-drone operations, the system combines GaN-based amplification and adaptive signal processing to disrupt unauthorized UAV communications while maintaining spectral compliance. Operating seamlessly across the 410-440MHz band, the module dynamically adjusts RF output (1-25W) to balance jamming effectiveness and power efficiency. Its MIL-STD-810G-rated ruggedized design ensures reliable performance in extreme temperatures (-40°C to +85°C) and harsh environments, supported by dual-port VSWR protection (≤1.5) and SMA-KFD connectors for low-loss field deployment.
(2) The anti UAV module integrates a 25W amplifier with advanced thermal management, achieving 40% lower thermal load than conventional designs through 10mV/°C resolution tracking. This enables extended missions in mobile platforms or remote surveillance systems, with a compact 125×65×20mm form factor and +28V DC power compatibility (≤3A current draw). The system's AI-driven frequency agility (±0.5MHz tuning) within the 410-440MHz range allows rapid identification and neutralization of 95% of commercial drones in under 500ms, while minimizing interference with adjacent licensed frequencies.
(3) Pre-certified for NATO/ITU standards in the 410-440MHz band, this anti UAV solution excels in border protection, critical infrastructure security, and military electronic warfare. Its 3-5km directional coverage, enabled by phased-array antennas and -36dBm spurious suppression, ensures targeted drone neutralization without disrupting legitimate communications. The 25W amplifier's resilience to +10dBm input overload and vibration-resistant architecture make it ideal for solar-powered installations or vehicle-mounted platforms requiring uninterrupted operation.
| Working frequency | 410-440MHz |
| Saturated power output | 44dBm |
| Gain | 44dB |
| In-band flatness | |
| Working current | ≤3A |
| Input and output VSWR | ≤1.5 |
| Out-of-band spurs | 9kHz~1GHz:≤-36dBm/30kHz 1GHz~12.75GHz:≤-30dBm/30KHz |
| Maximum lossless input | +10dBm |
| Operating Voltage | DC+28V |
| Power supply interface | Feed-through capacitor |
| RF port | SMA-KFD |
| Monitoring interface | Feed-through capacitor |
| Amplifier size | 125*65*20 mm |
| Operating temperature | -10~+55℃ |
| Relative humidity | 5%~95%,No condensation |
| Storage temperature | -25~+65℃ |
| Current report | The chips will read the current value by voltage 0-5V. |
| Temperature report | The chip reads temperature value by voltage reference of “VO = 10 mV / °C T °C500 mV with 25℃ as the basic reference point ”, the voltage increases 10 mV astemperature 1℃ more |