WR284 Low Power Load, FAP32

Model No: WT-284-FAP-50

Made in Taiwan
Frequency Range: 2.60 - 3.95 GHz
Waveguide Size: WR284 (EIA)
Flange Type: FAP32 (Round)
Power Handling: 50 Watts (CW)
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WT-284-FAP-50 Waveguide Termination

S-Band Low Power Waveguide Load | WR284 | 2.60 – 3.95 GHz
The WT-284-FAP-50 is a high-precision waveguide termination (dummy load) specifically engineered for professional S-band system-level integrations. Operating within the 2.60 GHz to 3.95 GHz range, it features a specialized FAP32 Round Flange interface to meet unique mechanical mounting requirements. This model provides an exceptionally stable termination with a maximum VSWR of 1.05:1, ensuring high-fidelity signal absorption and protecting Signal Integrity in laboratory test benches and specialized RF sub-systems.
Technical Specifications
Electrical RF Performance
Frequency Range 2.60 - 3.95 GHz (S-Band)
Waveguide Size WR284 (EIA Standard)
VSWR (Max) 1.05 : 1
Power Handling (CW) 10 Watts to 50 Watts
Load Type Low Power Termination
Mechanical & Interface Data
Flange Style Round Flange (FAP32)
Waveguide Type Rectangular Architecture
Net Weight 0.745 kg
Manufacturing Origin Taiwan Design & Made in Taiwan
Key Tactical Features

Superior VSWR Stability

Consistently maintains a VSWR of 1.05 or lower across the full frequency band, ensuring minimal signal reflection for critical system calibration.

Specialized FAP32 Round Flange

Equipped with a precision-machined round flange interface, providing versatile mounting options for specialized S-band circular interconnect systems.

Superior Signal Integrity

Engineered for high-integrity electromagnetic absorption, protecting high-value instrumentation from reflected power in laboratory and tactical environments.

Precision WR284 Build

Manufactured with high-durability materials and precision-machined internal surfaces to ensure stable electrical boresight and long-term reliability.

Inquire About Specialized Load Solutions

Contact our engineering team for specialized power dissipation ratings, custom flange orientations, or technical data regarding environmental survival.