Description
The 10W N-type dummy load is built for high-duty cycle applications where heat management is critical. It features a precision-ground resistive element housed within an anodized aluminum or brass heat sink to maximize surface area for thermal radiation. This design ensures that the 50 Ohm impedance remains stable even when the device is operating at its maximum rated power of 10 Watts.
The N-type Male interface uses a threaded coupling that provides a secure, vibration-proof connection suitable for both benchtop testing and tower-top installations. With gold-plated center contacts and a high-grade PTFE dielectric, it minimizes signal leakage and intermodulation, ensuring that unused ports on combiners, amplifiers, and directional couplers are terminated with laboratory-grade precision.
Key Technical Advantages
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High Thermal Efficiency: The integrated heat sink allows the device to handle 10 Watts of continuous RF power without the risk of thermal drift or component failure.
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Precision Reflection Control: Delivers a consistent 50 Ohm load to keep reflected power (VSWR) at a minimum, shielding the output stages of expensive transmitters.
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Ruggedized Mechanical Build: The N-type threaded interface is more physically durable than SMA or BNC, capable of withstanding high-vibration and high-torque environments.
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Weatherproof Reliability: Designed for longevity in harsh conditions, often featuring corrosion-resistant plating and internal gaskets to prevent moisture ingress.
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Broadband Coverage: Optimized for the 3 GHz spectrum, making it compatible with 4G/LTE, public safety, and industrial wireless systems.
Key Features
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Impedance: 50 Ohm (±1 Ohm).
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Power Rating: 10 Watts (Continuous @ 25°C).
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Frequency Range: DC to 3 GHz.
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Connector Type: N Type Male (Plug).
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Cooling: Integrated Fin-Style Heat Sink.
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Applications: Base Station Maintenance, High-Power Signal Attenuation, and Port Isolation.
🔹 Applications:
- High-power RF signal termination
- Base station and antenna testing
- RF transmission systems
- Industrial RF setups
- Wireless communication networks
- RF signal stability
Anshu Yadav (verified owner) –
I was confused about compatibility, but their support team helped me select the correct product.
Mudit (verified owner) –
I was confused about compatibility, but their support team helped me select the correct product.