An E-plane TEE is a waveguide tee in which the axis of side arm is parallel to the E field of the main guide. If the collinear arms are symmetric about the side arms, there are two arm characteristics. When wave are fed into the side arms, the wave appear in the collinear arms will be in opposite phase and in the same magnitude.
Model |
Band |
Freq. Range(GHz) |
Waveguide | VSWR |
---|---|---|---|---|
SET-154 | S | 2.60-3.95 | WR-284 | 1.2 |
CET-154 | C | 3.95-5.85 | WR-229 | 1.2 |
JET-154 | J | 5.85-8.20 | WR-137 | 1.2 |
XET-154 | X | 8.20-12.40 | WR-90 | 1.2 |
KuET-154 | Ku | 12.40-18.00 | WR-62 | 1.2 |
KET-154 | K | 18.00-26.50 | WR-42 | 1.2 |
An H-Plane TEE is a waveguide TEE in which the axis of its side arm is shunting the E field or parallel to the H field of the main guide and attaching the another waveguide.
Model |
Band |
Freq. Range(GHz) |
Waveguide | VSWR |
---|---|---|---|---|
SHT-155 | S | 2.60-3.95 | WR-284 | 1.2 |
CHT-155 | C | 3.95-5.85 | WR-220 | 1.2 |
JHT-155 | J | 5.85-8.20 | WR-137 | 1.2 |
XHT-155 | X | 8.20-12.40 | WR-90 | 1.2 |
KuHT-155 | Ku | 12.40-18.00 | WR-62 | 1.2 |
It is the combination of E-Plane TEE and H-Plane TEE. This four port waveguide junction combines the power dividing prosperities of E and H-Plane TEE.
Model |
Band |
Freq. Range(GHz) |
Waveguide | VSWR |
---|---|---|---|---|
SMT-140 | S | 2.60-3.95 | WR-284 | 1.25 |
CMT-140 | C | 3.95-5.85 | WR-229 | 1.25 |
JMT-140 | J | 5.85-8.20 | WR-137 | 1.25 |
XMT-140 | X | 8.20-12.40 | WR-90 | 1.25 |
KuMT-140 | Ku | 12.40-18.00 | WR-62 | 1.25 |
KMT-140 | K | 18.00-26.50 | WR-42 | 1.25 |