The 100～6200MHz 100W High Gain Solid State Power Amplifier is a high-performance RF solution designed for wide-band signal amplification. Engineered for versatility and reliability, this amplifier provides consistent power delivery across a massive frequency range, making it an essential component for advanced wireless communication systems, signal transmission, and electronic warfare applications.
Featuring a robust solid-state architecture, this unit ensures superior stability and thermal management. With its wide voltage input range and high-gain efficiency, it is optimized for seamless integration into fixed chassis, vehicle-mounted systems, or customized RF front-ends, delivering precise signal amplification with minimal distortion.
Detailed Parameters
| Operating Frequency | 100 - 6000 MHz | Peak Output Power | 100 W (CW Signal) |
|---|---|---|---|
| Operating Bandwidth | 300 - 6000 MHz | Power Gain (@0dBm) | 50±3 dB |
| Gain Flatness | ±1 dB | Efficiency | 50% - 55% |
| Harmonics (1 to N) | 12 - 15 dBc | Spurious Level | 60 dBc |
| Operating Voltage | 24 - 32 VDC (Typ. 28V) | Current Consumption | 7.0 A (@100W Output) |
Key Advantages
Ultra-Wideband Support
Covers a massive range from 100MHz to 6200MHz, reducing the need for multiple narrow-band amplifiers.
High Power Efficiency
Achieves up to 55% efficiency, ensuring maximum output power with optimized energy consumption.
Superior Power Gain
Delivers a robust 50±3 dB gain, allowing for high-sensitivity signal amplification from low input levels.
Signal Purity
Strict harmonic control (12-15 dBc) and low spurious levels ensure high-fidelity transmission.
Wide Voltage Input
Compatible with 24-32V DC, providing flexible deployment options for various power sources.
Advanced Control
Includes ALC (Automatic Level Control) and real-time temperature monitoring for stable operation.
Product Gallery
Management Platforms
Hardware Integration
Seamlessly integrates into fixed chassis and vehicle-mounted jamming systems.
ALC Regulation
Automatic Level Control ensures constant output power regardless of input fluctuations.
Thermal Monitoring
Real-time temperature feedback allows for precise heat dissipation management.
Current Feedback
Analog current monitoring provides data for system-level power management.
Wide-Band Logic
Optimized for drone detection and spoofing module synchronization.
Rapid Deployment
Hybrid D-Sub 6-Pin interface for fast installation and wiring.
Investment Return Comparison
| Comparison Metric | Standard Amplifiers | Our High-Gain Solution |
|---|---|---|
| Frequency Range | Narrow-band / Fixed | Ultra-Wideband (100-6200MHz) |
| Deployment Cost | High (Multiple Units) | Low (Single Unit Coverage) |
| Power Efficiency | Average (30-40%) | High (Up to 55%) |
| System Weight | Heavy (Multiple Modules) | Lightweight (Integrated Design) |
| Maintenance | Complex Multi-point | Simplified Single-point |
Frequently Asked Questions
It is primarily used in wireless communication equipment, drone detection systems, GPS spoofing modules, and electronic warfare systems that require high-power, wide-band signal amplification.
Yes, the unit supports a wide voltage input range from 24V to 32V DC, with a typical operating voltage of 28V.
The amplifier features an ALC (Automatic Level Control) pin, allowing the system to maintain a stable output power even if the input signal varies.
This range allows a single device to handle multiple communication bands, including VHF, UHF, and various L-band frequencies, significantly reducing hardware complexity.
Absolutely. Its compact design, wide voltage compatibility, and high output power make it ideal for vehicle-mounted electronic countermeasure platforms.
The device includes a dedicated temperature sensor pin (TEMP) that provides real-time analog voltage relative to the module's temperature for active cooling management.
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