Product Category

Waveguide Tees

Precision-engineered waveguide tees from WR-03 to WR-28. E-plane and H-plane tee junctions for signal splitting. Gold-plated OFHC copper. Made in the USA.

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WR-28 Waveguide Tees
Ka-Band

WR-28

26.5 - 40 GHz

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WR-22 Waveguide Tees
Q-Band

WR-22

33 - 50 GHz

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WR-19 Waveguide Tees
U-Band

WR-19

40 - 60 GHz

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WR-15 Waveguide Tees
V-Band

WR-15

50 - 75 GHz

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WR-12 Waveguide Tees
E-Band

WR-12

60 - 90 GHz

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WR-10 Waveguide Tees
W-Band

WR-10

75 - 110 GHz

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WR-08 Waveguide Tees
F-Band

WR-08

90 - 140 GHz

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WR-06 Waveguide Tees
D-Band

WR-06

110 - 170 GHz

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WR-05 Waveguide Tees
G-Band

WR-05

140 - 220 GHz

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WR-03 Waveguide Tees
J-Band

WR-03

220 - 330 GHz

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3-Port
Junction
26.5 - 330
GHz Range
E/H
Plane Options
OFHC
Copper Body
Product Overview

Three-Port Signal Distribution

RF Essentials waveguide tees are precision-machined three-port junctions designed for splitting or combining millimeter-wave signals. Available in both E-plane and H-plane configurations, these tee junctions provide controlled signal distribution with predictable power division and phase characteristics.

Each waveguide tee is manufactured from OFHC copper with gold plating, covering WR sizes from WR-28 through WR-03. The tee geometry is optimized for low insertion loss and consistent performance across the full operating bandwidth.

Waveguide Tees for millimeter wave applications
Engineering

Key Features

Dual Configuration

Available in E-plane (series) and H-plane (shunt) tee configurations for different signal combining requirements.

Precision Port Alignment

CNC-machined port interfaces ensure accurate waveguide alignment and consistent flange mating.

Low Loss Junction

Optimized junction geometry minimizes mismatch loss at the T-junction intersection.

RF Essentials Waveguide Tees, gold-plated OFHC copper
Construction

Materials & Finish

  • 01
    Waveguide Body
    Oxygen-free high conductivity (OFHC) copper for maximum signal performance and minimal loss.
  • 02
    Flanges
    Precision-machined brass flanges with standard MIL-DTL-3922 patterns for universal compatibility.
  • 03
    Surface Finish
    Gold plating for superior corrosion resistance, environmental durability, and long-term signal reliability.
  • 04
    Made in America
    Every component is manufactured domestically at our St. Petersburg, Florida facility for strict quality control.
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Use Cases

Applications

Power Division

Splits a single waveguide signal into two paths for parallel processing or redundant system architectures.

Signal Combining

Combines signals from multiple sources into a single waveguide output for power amplification chains.

Measurement Systems

Used in reflectometer and bridge circuits for measuring impedance, VSWR, and reflection coefficients.

Duplexers

Forms the foundation of waveguide duplexer circuits for simultaneous transmit and receive operations.

FAQ

Frequently Asked Questions

What is a waveguide tee?+

A waveguide tee is a passive three-port device that connects three waveguide sections at a junction. It is used to split a signal from one port into two output ports, or to combine signals from two ports into one. E-plane and H-plane configurations determine the orientation and phase relationship of the split signals.

What is the difference between E-plane and H-plane tees?+

An E-plane tee (series tee) has its branch arm in the E-field plane, producing outputs that are 180 degrees out of phase. An H-plane tee (shunt tee) has its branch arm in the H-field plane, producing outputs that are in phase. The choice depends on the phase relationship required by your system design.

Can waveguide tees be used as power combiners?+

Yes. Waveguide tees are reciprocal devices, meaning they work for both signal splitting and combining. When used as a combiner, two input signals are fed into the branch arms and combined at the main port.

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