ZD Customized 1570-1620MHz 10W 10 PIN Power Amplifier with Temperature Protection and VSWR
ZD-PA-1570/1620M-10W
This compact and rugged 10W power amplifier module is designed for reliable performance in the 1570-1620MHz frequency range, making it ideal for satellite communications, navigation systems, and other RF applications. Built with high-efficiency technology, it delivers a stable 40dB gain and maintains excellent in-band flatness for consistent signal amplification. The module features robust input/output VSWR protection (≤1.5), ensuring minimal signal reflection and optimal power transfer. Integrated temperature monitoring provides real-time thermal management, with a voltage-based alarm system that tracks temperature changes for enhanced reliability. The amplifier operates on a +28V DC supply and includes a feed-through capacitor for clean power delivery. Its SMA-KFD RF ports ensure secure connectivity, while the compact 125×65×20mm design allows easy integration into space-constrained systems. Engineered for durability, this module operates in -10°C to +55°C environments with 95% humidity tolerance, making it suitable for harsh conditions. With low out-of-band spurs and a high damage threshold (+10dBm max input), it balances performance with protection. Whether for commercial or defense applications, this amplifier offers a dependable, high-power RF solution with built-in safeguards for long-term stability.
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The 50W Power Amplifier and DDS Module represents a cutting-edge RF solution designed for mission-critical applications requiring robust performance across the 2500-4000MHz frequency range. This amplifier with temperature protection integrates advanced thermal management systems, ensuring stable operation even in extreme environmental conditions. The module's innovative design combines high power output with exceptional reliability, making it ideal for defense, aerospace, and commercial systems where failure is not an option.
Engineered as a 10 pin amplifier, this compact module offers superior connectivity and integration flexibility while maintaining a ruggedized form factor. The isolation amplifier technology incorporated into the design provides excellent signal integrity by minimizing interference and protecting sensitive components from voltage spikes. This feature is particularly valuable in complex RF systems where multiple amplifiers operate in close proximity. For drone applications, this unit serves as an exceptional RF drone amplifier, delivering the power and efficiency needed for long-range communication and control links. The amplifier with temperature protection utilizes real-time thermal monitoring and adaptive cooling mechanisms to prevent overheating, a critical feature for continuous high-power operation. Its 10 pin amplifier configuration simplifies system integration while providing multiple control and monitoring interfaces. The built-in isolation amplifier circuitry ensures clean signal transmission even in electrically noisy environments, making this solution perfect for electronic warfare and radar systems. When deployed as an RF drone amplifier, it enables reliable beyond-line-of-sight communications with minimal distortion.
Military users will appreciate the module's ability to maintain performance across temperature extremes, thanks to its amplifier with temperature protection system. The 10 pin amplifier design incorporates fail-safe features that enhance system reliability in field deployments. As an isolation amplifier, it provides exceptional protection against signal reflections and impedance mismatches that could otherwise damage sensitive RF components. For unmanned systems, this RF drone amplifier offers the perfect balance of power efficiency and signal purity, extending operational range while conserving battery life. Commercial applications benefit equally from this technology, particularly in 5G infrastructure and satellite communications where the amplifier with temperature protection ensures uninterrupted service. The 10 pin amplifier architecture supports flexible configuration options for various system architectures. Its isolation amplifier characteristics make it suitable for test and measurement equipment requiring precise signal conditioning. As an RF drone amplifier, it enables high-bandwidth data links for surveillance and inspection drones operating in challenging RF environments.
The module's rugged construction meets MIL-STD specifications for shock, vibration, and moisture resistance, complementing its advanced electronic protections. The amplifier with temperature protection features adaptive bias control that optimizes performance while preventing thermal runaway. The 10 pin amplifier interface includes dedicated pins for power monitoring and fault detection, simplifying system maintenance. With its superior isolation amplifier performance, this solution minimizes cross-talk in multi-channel systems. For drone manufacturers, this RF drone amplifier provides a compact, lightweight solution that doesn't compromise on power or reliability.
In conclusion, this 50W Power Amplifier and DDS Module delivers unmatched performance for critical RF applications. Its combination of amplifier with temperature protection, versatile 10 pin amplifier connectivity, advanced isolation amplifier technology, and optimized RF drone amplifier capabilities makes it the ideal choice for systems demanding high power, reliability, and signal integrity across military, aerospace, and commercial sectors. The module's rugged design and intelligent protection features ensure long-term operation in the most challenging environments, providing engineers with a trusted solution for their most demanding RF challenges.
| Working frequency | 1570-1620MHz |
| Saturated power output | 40dBm |
| Gain | 40dB |
| In-band flatness | |
| Working current | ≤1.2A |
| 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 |
