The 100～6200MHz 50W High-Power Amplifier is a professional-grade signal amplification solution engineered for wireless communication and electronic warfare applications. Featuring a wide operating frequency range and a robust 50W output, this module is designed to deliver stable, high-gain performance across a broad spectrum, ensuring superior signal penetration and reliability in demanding environments.

Integrated with advanced monitoring capabilities, the system provides real-time feedback on Temperature, VSWR (Voltage Standing Wave Ratio), and Forward Power. Built for versatility, it supports a wide voltage input range (24-32V), making it an ideal component for drone detection systems, jammer arrays, and customized radar components where precision and durability are paramount.

Detailed Parameters

Frequency Range	100 - 6000 MHz	Peak Output Power	50W (@CW Signal)
Operating Bandwidth	150 MHz	Power Gain	47±3 dB (@Input 0dBm)
Gain Flatness	±1 dB	Efficiency	50% (Min) - 55% (Max)
Output VSWR	2:1	Harmonics (1 to N)	12 to 15 dBc
Operating Voltage	24V - 32V DC (Typ: 28V)	Current Consumption	3.5A (@50W Output)

Key Advantages

Ultra-Wide Band

Covers a massive 100-6000MHz range, reducing the need for multiple amplifiers in multi-band systems.

High Power Efficiency

Achieves up to 55% efficiency, minimizing heat generation and optimizing energy consumption.

Superior Gain

Provides a powerful 47±3dB gain to ensure signals reach their destination with maximum strength.

Real-time Monitoring

Built-in TEMP, VSWR, and CURR analog outputs for precise system health tracking.

Wide Voltage Input

Flexible 24-32V DC input ensures compatibility with various industrial and vehicle power sources.

Industrial Interface

Utilizes a Hybrid D-Sub 10-Pin connector for secure and standardized integration.

Product Gallery

1006000MHz 50W High Power Amplifier China Factory and Suppliers

Management Platforms

Thermal Monitoring

Analog voltage feedback at 10mV/°C allows for precise temperature control and cooling triggers.

VSWR Protection

Dedicated VSWR alarm pin prevents module damage caused by antenna mismatch or cable failure.

Power Detection

Forward power detection at 50mV/1dB provides real-time output verification.

Logic Control

TTL logic PA_EN pin allows for instant remote enabling or disabling of the amplifier.

Current Sensing

Analog current monitoring at 100mV per Ampere for power consumption analysis.

Dual Power Rail

Integrated support for both 28V main power and 5V external supply for auxiliary circuits.

Investment Return Comparison

Feature	Standard Modules	Our Pro-Series 50W
Frequency Range	Narrowband/Fixed	100-6000MHz Ultra-Wide
Monitoring	Basic Power Only	TEMP/VSWR/CURR Integrated
Voltage Stability	Fixed Voltage Only	Wide 24-32V Tolerance
Integration Time	High (Custom Cabling)	Low (Hybrid D-Sub Standard)
System Reliability	Medium	Industrial-Grade (High MTBF)

Frequently Asked Questions

Q: What is the primary application of this 50W amplifier?

It is primarily used in wireless communication equipment, drone detection systems, signal jamming systems, and radar components requiring high-power amplification between 100MHz and 6GHz.

Q: How does the VSWR monitoring function protect the device?

The VSWR pin provides an alarm signal when the Voltage Standing Wave Ratio exceeds safe limits, allowing the system to automatically shut down or alert the operator to prevent hardware burnout.

Q: Can this module operate in vehicle-mounted environments?

Yes, thanks to its wide voltage input range (24-32V) and robust design, it is perfectly suited for vehicle-mounted jammer systems and mobile communication units.

Q: What is the meaning of the "Gain Flatness" parameter?

Gain Flatness (±1 dB) indicates that the amplification remains consistent across the operational bandwidth, preventing signal distortion or power drops at different frequencies.

Q: Does this amplifier require an external 5V power supply?

The module includes a +5V pin for external power supply to support specific auxiliary functions or control logic required by your system integration.

Q: How do I control the amplifier state remotely?

You can use the PA_EN pin. Applying a TTL logic high (3.3V) turns the amplifier ON, while 0V turns it OFF.