Redefining Power Efficiency: The Liquid Cooling Advantage
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The relentless drive for innovation in wireless technology and industrial RF systems demands solutions that are not only more powerful but also inherently more robust and efficient. Enter our advanced High Power amplifier module, a state-of-the-art design that redefines performance benchmarks. Engineered specifically for the critical 5.2GHz to 5.8GHz spectrum, this module addresses the most rigorous requirements of modern communication, scientific, and industrial applications. At its core lies a breakthrough in thermal management: an integrated liquid cooling system that empowers the amplifier to deliver unprecedented, sustained power without compromise.
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This module is not just an incremental upgrade; it is a paradigm shift. It delivers a saturated output power of 200W (≥53dBm), providing the raw thrust needed for the most demanding tasks. Unlike conventional air-cooled amplifiers that struggle with heat dissipation during extended operation, the liquid cooling architecture actively removes thermal energy. This ensures that the amplifier maintains optimal performance during high-duty cycles, preventing performance degradation, extending component lifespan, and guaranteeing long-term operational stability. This capability is a critical differentiator for applications requiring continuous or near-continuous high-power transmission.
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Unrivaled Performance in Wireless and Industrial RF Applications
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The application scope of this High Power amplifier is vast and transformative. It serves as an indispensable core component in 5G NR research and development, enabling realistic and rigorous testing of base stations and user equipment. In satellite and microwave communications, it provides the necessary uplink power to maintain robust, high-bandwidth links. Beyond telecommunications, its utility extends to advanced radar systems, RF energy applications for industrial heating and plasma generation, and cutting-edge scientific research. The liquid cooling integration makes it the ideal choice for any environment where peak performance cannot be compromised.
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Rigorous Specifications for Mission-Critical Systems
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The table below details the precise electrical and mechanical parameters of this advanced High Power amplifier module, ensuring it meets the stringent demands of your system. All specifications are confirmed through rigorous testing.
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| Parameter | Specification / Value |
|---|---|
| Working Frequency | 5750 – 5850 MHz |
| Saturated Power Output | ≥53 dBm (200W) |
| Flatness @ Psat | ±1 dB |
| Max. Gain Flatness | ≤0.5 dB |
| RF Input Drive Level | 0 – 5 dBm |
| Input & Output VSWR | ≤1.5 : 1 |
| Power On/Off Time | Fast switching (consult datasheet) |
| Working Voltage | DC +32V |
| Working Current | 20A (Typical) |
| Impedance | 50 ohms |
| Harmonics @ Max. Power | > 20 dBc |
| Non-Harmonics Spurious @ Max. Power | > 60 dBc |
| Power Supply Interface | 7W2 Connector |
| RF IN Port | SMA-KFD |
| RF OUT Port | N-Female |
| Working Temperature | -40°C to +60°C |
| Enable Logic (ON) | 3.3V (Default state) |
| Enable Logic (OFF) | 0V |
| Protection Features | Reverse Polarity, Over-Temp (85°C off / 65°C on), Over-Voltage (>36V) & Under-Voltage (30A) |
| Monitor Interface | 4-Pin Connector with DB9 Connector |
| Amplifier Dimensions | 153 x 123 x 40 mm |
| Weight | 3 kg |
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Integrated Protection and Monitoring for Uninterrupted Operation
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The module’s intelligence extends beyond thermal management. It features comprehensive monitoring and protection systems to safeguard both the amplifier and the application it powers. The enable logic ensures reliable on/off control, while the integrated protections—including reverse polarity, over-temperature, over/under-voltage, and over-current—guarantee safe operation under all conditions. A dedicated monitor interface provides real-time status data, allowing for seamless integration into automated systems. These features ensure that the High Power amplifier is not only a performance leader but also a trusted, long-term investment in reliability.
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Conclusion: The Future of High Power Amplification
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In an era where connectivity and industrial capability are paramount, the need for a High Power amplifier that can deliver both peak performance and unwavering reliability is clear. Our liquid-cooled module meets this need head-on. From enabling the next generation of 5G networks to powering advanced scientific discovery, this amplifier sets a new standard. Its fusion of extreme power output with advanced liquid cooling ensures that your most critical systems operate at their maximum potential, without the thermal limitations that have constrained previous generations. Choose the amplifier that is built for the future, today.
