Description
The 100W N-type dummy load is built for high-duty cycle applications where thermal management is critical to preventing impedance drift. It utilizes a precision resistive element and PTFE (Teflon) dielectric to ensure electrical consistency across the entire DC to 4 GHz spectrum. The massive finned assembly is designed for natural air convection, allowing the device to handle full power without the need for active cooling fans.
The N-type Male interface provides a secure, threaded connection that is physically robust enough for high-vibration environments and tower-top installations. With gold-plated center contacts and a tri-alloy or stainless steel body, it ensures low contact resistance and maximum durability over hundreds of mating cycles. It is the industry standard for safely absorbing RF energy during transmitter maintenance, ensuring zero signal radiation and total protection of the output stage.
Key Technical Advantages
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Massive Power Handling: Specifically rated for 100 Watts of continuous RF energy, making it suitable for high-output base stations and laboratory stress testing.
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Efficient Thermal Dissipation: The oversized aluminum heat sink prevents thermal runaway and protects sensitive surrounding hardware from heat damage.
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Broadband Precision: Optimized for the 4 GHz range, covering essential 5G NR, LTE, and military telemetry frequency bands.
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Superior Mechanical Ruggedness: The threaded N-type interface is engineered for high-torque installations and long-term exposure to harsh environmental conditions.
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Low Reflection Coefficient: Delivers a consistent 50 Ohm load to keep reflected power (VSWR) at a minimum, shielding expensive amplifiers from standing waves.
Key Features
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Impedance: 50 Ohm (±1 Ohm).
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Power Rating: 100 Watts (Continuous @ 25°C).
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Frequency Range: DC to 4 GHz.
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Connector Type: N Type Male (Plug).
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Cooling: Integrated Longitudinal or Radial Heat Sink.
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Applications: High-Power Base Station Testing, Transmitter Isolation, and Broadcast Infrastructure.
🔹 Applications:
- Very high-power RF termination
- Telecom and broadcast systems
- Antenna load simulation
- RF transmission testing
- Microwave and wireless systems
- Industrial RF networks
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