Unleash the Power of Ultra-Wideband: The 200W 150-6000MHz Wideband Module
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In the demanding world of electronic signal processing and spectrum intelligence, system performance hinges on the reliability and versatility of core components. The 200W 150-6000MHz wideband module represents a paradigm shift, offering a single, powerful solution for applications that previously required multiple, specialized amplifiers. This advanced module combines cutting-edge GaN (Gallium Nitride) technology with intelligent management features, delivering exceptional efficiency, thermal stability, and operational resilience across an unprecedented frequency range. Whether integrated into radar module arrays, secure communication networks, or mobile tactical systems, it sets a new benchmark for high-performance spectrum control.
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Engineered for mission-critical environments, this module replaces the complexity of narrowband amplifiers with a single, streamlined unit. It covers the entire 150 to 6000 MHz spectrum, simplifying system architecture and reducing overall footprint. Its robust design, featuring comprehensive protection and remote monitoring capabilities, ensures consistent and reliable operation under the most challenging conditions.
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Technical Specifications and Performance Parameters
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To fully appreciate the capabilities of this 200W 150-6000MHz wideband module, a detailed review of its technical specifications is essential. The following table outlines the key parameters that define its performance and operational flexibility.
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| Parameter | Value / Range | Remark |
|---|---|---|
| Working Frequency | 150-600 / 500-1000 / 1000-2000 / 1000-1300 / 1300-2000 / 2000-3000 / 3000-6000 MHz | Customizable sub-bands available within this range |
| Input Power | 0 to +5 dBm | Standard input level requirement |
| Max Output Power | ≥ 53 dBm | Equivalent to 200W; ≤ 20A current draw |
| Operating Voltage | 28 V | 28 ± 0.5 VDC nominal |
| Work Efficiency | 45% | High conversion efficiency reduces thermal stress |
| Output VSWR | ≤ 1.5 | Ensures excellent impedance matching |
| Digital Attenuation | 0 – 31 dB | Attenuation step: 0.5 dB |
| Output Power Coupling Detection | 40 dB | Integrated coupling degree for monitoring |
| Gain Stability | ± 1.0 dB | Over full temperature range (-25°C to +65°C) |
| Working Environment Temperature | –25 to +65 °C | Designed for extreme environments |
| Power Supply Requirement | ≥ 20 A | For continuous 200W wave output |
| Power Supply Interface | DSUB-7W2 | Rated for 60A withstand current |
| Enabling and Reporting Interface | J30J-9ZKP | Pin: A1:GND; A2:VDD; 1:EN; 2:GND; 3:485A; 4:485B; 5:NC |
| Enable Control | High on / Low off | Default is low level |
| Mode of Communication | RS-485 | Serial communication protocol |
| Vibration Requirements | Meets vehicle equipment standards | Ruggedized for mobile platforms |
| RF Output Connector | N-K (customizable) | RF input and output detection: SMA-K |
| Physical Dimension | 200 x 200 x 20 mm | Does not include connector size |
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Intelligent Monitoring and Robust Protection
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Reliability is paramount in high-stakes operations. This module incorporates a comprehensive system that provides real-time monitoring and automatic protection. The built-in health monitoring and status reporting track voltage, current, output power, output standing wave state, and temperature. Should any parameter fall outside safe operating limits—voltage beyond 28V ±4V, current exceeding 25A, output standing wave exceeding 3:1, or temperature over 75°C—the module automatically powers down. Once the abnormal condition is resolved, the system performs an automatic restart, ensuring minimal downtime during critical missions.
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Seamless Integration and System Compatibility
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The 200W 150-6000MHz wideband module is designed for easy integration into complex systems. The RS-485 interface allows for smooth networked communication, while the J30J-9ZKP control interface ensures secure command transmission. It supports both pulsed and continuous wave (CW) modes, making it highly suitable for radar module integration and secure communication systems. Furthermore, its compatibility with MIMO structures enables its use in multi-functional radar module systems that require simultaneous signal detection and processing. Dynamic attenuation control, adjustable from 0 to 31 dB in precise 0.5 dB steps, allows for meticulous electromagnetic signal management.
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Built for the Future, Compatible with the Past
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This module not only provides cutting-edge performance but also maintains backward compatibility with legacy platforms. This allows for efficient system upgrades without the need for complete infrastructure replacement. Its compact, vehicle-compatible structure, measuring 200 x 200 x 20 mm, enables flexible deployment in both fixed-site signal systems and mobile tactical equipment. The SMA and N-type RF connectors facilitate quick integration with existing arrays, while its rugged design meets strict environmental standards for shock, vibration, and temperature extremes from -25°C to +65°C.
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Conclusion: The New Standard in Wideband Technology
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In conclusion, the 200W 150-6000MHz wideband module is more than just an amplifier; it is a comprehensive solution for modern spectrum control. By replacing multiple narrowband amplifiers, it simplifies system architecture, reduces cost, and enhances overall reliability. With its intelligent power optimization, adaptive waveform processing, and robust protective features, it establishes new benchmarks for high-performance, wideband technology. Whether deployed in electronic warfare, radar systems, or critical communications, this module delivers the exceptional power, efficiency, and durability required for success in the most demanding electromagnetic environments. It represents the future of wideband amplification, available today.
