WR2100 Waveguide Coaxial Adapter, 350 MHz to 530 MHz, N-Female Connector, UDR Flange

Model No: WC-2100-UDR-NF

Model: WC-2100-UDR-NF
Frequency Range: 350 MHz - 530 MHz
Connector: N-Female
Waveguide / Flange: WR-2100 / UDR
Dimension: 358.8 x 625.5 x 473 mm
Stock: Contact us for availability | Delivery: 5-7 working days
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WR2100 Waveguide to Coaxial Adapter (Model: WC-2100-UDR-NF)

350 - 530 MHz | 13KG Infrastructure Class | 3KW High Power
The WC-2100-UDR-NF represents the pinnacle of large-scale RF engineering. Built for the WR2100 waveguide standard, this adapter operates in the ultra-low UHF frequency range of 350 MHz to 530 MHz. It is a colossal unit, weighing 13kg and exceeding 60cm in width, designed to serve as a foundational component for WR2100 Standard Gain Horn Antennas. With a power handling capacity of 3000 Watts (3KW), its massive aluminum body ensures exceptional thermal management and structural rigidity for high-power physics research, military radar, and heavy-duty broadcast applications.
Technical Specifications
Electrical Specifications
Frequency Range 350 MHz to 530 MHz (UHF / P-Band Overlap)
Waveguide Size WR-2100 (R4)
Connector Type N-Female
Max Power Handling 3000 Watts (3KW CW)
V.S.W.R 1.3 : 1 (Max)
Mechanical Specifications
Dimensions (L x W x H) 358.8 x 625.5 x 473 mm
Net Weight 13000 g (13 kg)
Flange Type UDR (Standard Rectangular)
Material Aluminum
Key Features (Model Specific)

The WR2100 Titan

Designed for the largest standardized waveguide size (WR2100), enabling transmission of long-wavelength signals (350+ MHz).

3KW Power Capacity

Engineered to safely transmit 3000 Watts of continuous power, critical for high-energy radar and broadcast transmitters.

13KG Structural Anchor

The 13kg mass acts as a stable anchor for large antenna systems, minimizing vibration and ensuring mechanical alignment.

Horn Antenna Driver

The definitive interface for powering WR2100 Standard Gain Horns, often used in EMC chambers and open-area test sites.

Extreme Low Frequency

Handles the challenging 350-530 MHz band, where physical component size is dictated by the massive wavelength.

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