The 100～6200MHz 50W High Gain Solid State Power Amplifier is a high-performance signal amplification solution engineered for precision and reliability across a vast frequency spectrum. Designed for professional wireless communication and electronic warfare applications, this amplifier delivers consistent 50W output power, ensuring robust signal penetration and stability in demanding RF environments.

Integrating advanced solid-state technology, this unit offers an impressive 47±3 dB power gain with exceptional linearity and efficiency. Whether deployed in drone detection systems, radar components, or customized communication arrays, its wide operating bandwidth and rigorous harmonic control make it an essential component for high-end signal transmission and electronic countermeasure infrastructure.

Detailed Parameters

Frequency Range	100 - 6000 MHz	Peak Output Power	50 W (CW Signal)
Operating Bandwidth	150 MHz	Power Gain (@0dBm)	47±3 dB
Gain Flatness	±1 dB	Efficiency	50% - 55%
Harmonics (1 to N)	12 to 15 dBc	Spurious Level	60 dBc
Operating Voltage	24V - 32V DC (Typ: 28V)	Current Consumption	2.8 A @ 50W Output

Key Advantages

Ultra-Wideband Range

Covers a massive spectrum from 100 to 6000MHz, eliminating the need for multiple narrow-band amplifiers.

High Power Gain

Features a powerful 47±3 dB gain, ensuring low-level signals are amplified with extreme precision.

Solid State Reliability

Advanced solid-state circuitry ensures long-term durability and stable operation under continuous wave signals.

Low Harmonic Distortion

Strict harmonic control (12-15 dBc) prevents interference and ensures a clean output signal.

Optimized Efficiency

Achieves up to 55% efficiency, reducing thermal waste and optimizing energy consumption during operation.

Versatile Integration

Perfect for handheld drone detectors, vehicle-mounted jammers, and fixed chassis RF systems.

Product Gallery

1006000MHz 50W High Gain Solid State Power Amplifier China Suppliers Factory

Management Platforms

System Integration

Seamlessly integrates into Jammer Systems and Drone Detector frameworks.

Power Calibration

Precision voltage control between 24V-32V for optimal output stability.

Spectrum Monitoring

Compatible with AOA Passive Spectrum Detectors for real-time signal analysis.

Thermal Control

Optimized heat dissipation design for continuous high-power output.

Module Scalability

Can be deployed in single units or multi-module Tx/Rx Spoofing arrays.

Signal Verification

Rigorous VSWR testing to ensure minimum signal reflection and maximum transfer.

Investment Return Comparison

Feature	Standard Amplifiers	Our High Gain SSA
Frequency Range	Narrow Band (Fixed)	Ultra-Wide (100-6000MHz)
Power Stability	High Fluctuations	Consistent 50W Output
System Complexity	Multiple Units Needed	Single-Unit Solution
Energy Efficiency	Low (	High (Up to 55%)
Deployment Cost	High Maintenance	Low OpEx / Long Life

Frequently Asked Questions

Q: What are the primary applications for this power amplifier in wireless communication?

It is primarily used in drone detectors, jammer systems, radar components, and Tx/Rx spoofing modules where high-gain signal amplification across a wide frequency range is required.

Q: How does the wide frequency range (100-6000MHz) benefit the end-user?

It allows a single device to handle multiple communication bands, significantly reducing hardware costs and simplifying the overall system architecture for electronic warfare and signal intelligence.

Q: What is the significance of the 47±3 dB power gain?

High power gain allows the system to amplify very weak input signals to a powerful 50W output, ensuring the signal can travel further and penetrate obstacles more effectively.

Q: Is this amplifier suitable for vehicle-mounted jammer systems?

Yes, its operating voltage (24-32V) and robust solid-state design make it ideal for integration into vehicle-mounted electronics and mobile counter-drone platforms.

Q: How is the thermal efficiency managed in this unit?

The unit utilizes advanced materials to achieve 50-55% efficiency, minimizing heat generation and ensuring stable performance during continuous wave (CW) signal transmission.

Q: What is the impact of the 2:1 Output VSWR?

A VSWR of 2:1 ensures a controlled level of signal reflection, protecting the amplifier from damage while maintaining efficient power delivery to the antenna system.