WR284 Low Power Load, FDP32

Model No: WT-284-FDP-50

Made in Taiwan
Frequency Range: 2.60 - 3.95 GHz
Waveguide Size: WR284 (EIA)
VSWR (Max): 1.05 : 1
Power Handling: 50 Watts (CW)
Quantity:
INQUIRY

WT-284-FDP-50 Waveguide Termination

S-Band Low Power Waveguide Load | WR284 | 2.60 – 3.95 GHz
The WT-284-FDP-50 is a high-performance waveguide termination (dummy load) specifically designed for professional S-band system-level applications. Operating within the 2.60 GHz to 3.95 GHz range, it provides a stable low VSWR termination with minimal reflection. Utilizing the standardized WR284 rectangular waveguide architecture and FDP32 square flange, it is an essential component for protecting Signal Integrity in laboratory test benches and system-level configurations at moderate power levels up to 50 Watts.
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 Designation FDP32 (Square Style)
Waveguide Type Rectangular
Design Architecture Lightweight WR284
Manufacturing Origin Taiwan Design & Made in Taiwan
Key Tactical Features

Superior VSWR Stability

Features a maximum VSWR of 1.05, ensuring high-quality signal termination with minimal reflection across the entire S-band operating spectrum.

Broad S-Band Coverage

Optimized for modern 2.60-3.95 GHz systems, delivering consistent performance for radar testing and satellite communication sub-systems.

Superior Signal Integrity

Engineered for high-integrity electromagnetic measurement, providing stable termination and protecting high-value instrumentation from reflected power.

Standard FDP32 Integration

Equipped with a precision-machined FDP32 square flange to ensure a secure and seamless mechanical fit with standard S-band waveguide components.

Inquire About Custom Load Solutions

Contact our engineering team for specialized power ratings, alternative flange patterns (UDR/UER), or technical data regarding thermal survival.