The ACASOM 960–1100MHz 40W GaN circulator isolator module is engineered for integration into professional radio frequency platforms where stable signal transmission and long-term reliability are essential.
Built on Gallium Nitride technology, the module delivers increased power density, improved energy efficiency, and strong resistance to thermal stress. Compared to traditional amplifier architectures, GaN solutions maintain more consistent operating parameters during continuous use.
Operating across the 960–1100MHz range with 40W (46dBm) output power, the module provides a balanced RF profile — strong enough for infrastructure deployments while supporting optimized energy consumption and thermal behavior.
The ceramic-based structure enhances thermal regulation, while integrated open-circuit protection improves system resilience. Its aluminum enclosure increases durability and supports heat dissipation, and the SMA-F connector enables straightforward integration into existing engineering environments.
Technical Specifications:
| Parameter | Value |
| Frequency Range | 960–1100MHz |
| Operating Voltage | 28V |
| Flatness | ±0.5dB |
| Output Power | 40W / 46dBm |
| Current | 3.2A @28V |
| Efficiency | 45% @46dBm |
| LED Status | Red |
| Operating Temperature | -30℃~85℃ |
| Storage Temperature | -40℃~150℃ |
| Humidity | <95%RH |
| RF Port | SMA-F |
| Power Socket | 15cm red/black wire |
| Shell Material | Aluminum |
| Dimensions | 132×53×17mm |
| Net Weight | 0.25kg |
Why Choose This Module:
- 40W output provides a balanced solution for mid-level RF infrastructure.
- GaN architecture supports high efficiency during sustained operation.
- Enhanced thermal stability helps reduce overheating risks.
- Optimized energy consumption simplifies power system design.
- Compact enclosure supports installation in constrained environments.
- Integrated protection improves operational reliability.
Applications:
- Mid-power fixed RF platforms.
- Infrastructure radio frequency systems.
- Perimeter electronic networks.
- Engineering projects requiring stable signal output.
- Industrial RF deployments.
- Professional coverage systems.
Package Includes:
Sweep Signal Source ×1
Important Notes:
- Requires a 28V / 5A power supply.
- Effective heat dissipation is recommended.
- Attach the antenna before powering the module.
- Operation may require compliance with local regulations and licensing requirements.
FAQ:
- Is the module suitable for continuous operation?
Yes, it is designed for long-duration use with proper cooling. - Does it require active cooling?
Passive or active heat dissipation is recommended. - What connector is used?
SMA-F, a standard interface for professional RF systems. - What power supply is recommended?
A stable 28V source with adequate current capacity. - What type of systems is this module intended for?
Mid-level infrastructure RF deployments. - Does protection circuitry improve reliability?
Yes, open-circuit protection helps minimize failure risks.
The ACASOM 960–1100MHz 40W GaN RF module is designed for professional radio frequency infrastructures where signal stability and operational reliability are critical. By leveraging Gallium Nitride technology, the module achieves improved power density and enhanced thermal resilience compared to legacy amplifier solutions.
With 40W output power, it delivers a balanced RF profile suitable for infrastructure platforms that require consistent performance without excessive energy demand. The ±0.5dB flatness supports predictable signal characteristics, enabling engineers to design systems with confidence.
Its ceramic thermal structure promotes stable operation during extended use, while the aluminum enclosure enhances mechanical durability and assists with heat management. These characteristics make the module well suited for demanding professional environments.
The SMA-F interface ensures compatibility with widely used RF components, helping reduce integration complexity across existing platforms. GaN technology further improves efficiency and supports stable operating conditions under sustained load.
Professionals selecting RF hardware from ACASOM gain access to components engineered for integration flexibility, dependable output characteristics, and long-term performance across advanced radio frequency systems.
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