1006000MHz 100W Solid State Power Amplifier Factory China Suppliers

1006000MHz 100W Solid State Power Amplifier Factory China Suppliers
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The 100~6200MHz 100W High Gain Solid State Power Amplifier is a professional-grade RF amplification solution designed for high-performance wireless communication and signal transmission. Engineered for stability and precision, this amplifier covers an extensive frequency range, making it ideal for specialized electronic equipment, radar components, and advanced communication systems requiring robust signal boosting.

Featuring a wide voltage input range (24-32V) and an impressive power gain of 50±3 dB, this module ensures consistent output and high efficiency across its operating bandwidth. With integrated Automatic Level Control (ALC) and precise temperature monitoring, it provides the reliability and flexibility needed for demanding industrial and defense applications, including drone detection and electronic countermeasures.

Detailed Parameters

Operating Frequency100 - 6000 MHz Peak Output Power100 W (CW Signal)
Operating Bandwidth300 - 6000 MHz Power Gain (0dBm In)50±3 dB
Gain Flatness±1 dB Efficiency (Typical)52% (Range: 50-55%)
Harmonics (1 to N)13 dBc (Range: 12-15) Spurious Level60 dBc
Output VSWR2:1 Operating Voltage24 - 32 VDC (Typ: 28V)

Key Advantages

Ultra-Wide Bandwidth

Seamless operation from 100 to 6000MHz, providing versatility for diverse RF applications.

High Gain Performance

Delivers a powerful 50±3 dB gain, ensuring signal integrity over long-distance transmissions.

Solid State Reliability

Advanced solid-state architecture for superior stability and reduced maintenance compared to vacuum tubes.

Precise Signal Control

Integrated Automatic Level Control (ALC) for consistent output power regardless of input fluctuations.

Real-time Monitoring

Dedicated analog outputs for temperature and current consumption monitoring for optimal safety.

Flexible Power Input

Wide voltage input (24-32V) allows for seamless integration into various power chassis and vehicle systems.

Product Gallery

Management Platforms

System Integration

Easily integrate into fixed chassis or vehicle-mounted jamming systems.

Thermal Management

Optimized for TC=50°C operation with real-time analog temperature feedback.

Power Optimization

Low current consumption (7.0A @ 100W) for improved energy efficiency.

Spectrum Control

Compatible with Broadband and Customized spectrum detectors for precise tuning.

Modular Deployment

Standard Hybrid D-Sub 6-Pin interface for rapid plug-and-play deployment.

Signal Calibration

Precision gain flatness of ±1 dB ensures uniform amplification across the band.

Investment Return Comparison

FeatureStandard AmplifiersOur Solid State PA
Frequency RangeNarrow BandUltra-Wide (100-6000MHz)
StabilityModerate DriftHigh Stability (±1dB Flatness)
Power EfficiencyLower (High (Up to 55%)
Integration CostHigh CustomizationLow (Standard D-Sub Interface)
Life CycleFrequent ReplacementLong-term Industrial Durability

Frequently Asked Questions

Q: What are the primary applications for this Power Amplifier?

This amplifier is primarily used in wireless communication equipment, drone detection systems, radar signal boosting, and electronic warfare systems such as jammers and spoofers.

Q: How does the Automatic Level Control (ALC) benefit the system?

The ALC ensures that the output power remains constant even if the input signal fluctuates, preventing saturation and protecting downstream components.

Q: Is this module suitable for vehicle-mounted installations?

Yes, thanks to its wide voltage input (24-32V) and compact solid-state design, it is ideal for vehicle-mounted jammer and communication systems.

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

A 2:1 VSWR indicates a good match between the amplifier and the antenna/load, minimizing reflected power and maximizing the efficiency of the transmitted signal.

Q: Can this amplifier be used for drone detection systems?

Absolutely. Its wide frequency coverage (100-6000MHz) allows it to support a vast array of drone control and telemetry frequencies.

Q: How is the temperature of the module monitored?

The module provides an analog voltage output via Pin 2 of the Hybrid D-Sub connector, relative to the temperature at a rate of 10mV/°C.

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